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Frequently Asked Questions

FAQs

Where can I use Prestige Plastics CPVC?

Prestige Plastics CPVC is designed for use in hot-and-cold-water distribution systems and heating and chilled water systems. Prestige Plastics CPVC systems are ideal for all potable water piping requirements in typical villas, apartments, hotels, hospitals, offices, and other high rise buildings.

What pipe sizes is Prestige Plastics CPVC available in?

Prestige Plastics CPVC pipes and fittings are available in ½ inch to 8 inch. A full range of fittings exists in all sizes. In applications calling for larger lines, Prestige Plastics CPVC is available on request.

What is the expected performance of a Prestige Plastics CPVC water distribution system?

Prestige Plastics CPVC piping systems have been installed and operated since 1959, and initial installations are still performing faultlessly. Prestige Plastics CPVC piping will not fail prematurely due to corrosion, electrolysis, or scale build-up in areas where water, soil, and/or atmospheric conditions are aggressive.

Are there other benefits associated with the polymeric makeup of Prestige Plastics CPVC systems?

Yes. Due to the Prestige Plastics CPVC polymeric structure, costly condensation concerns are eliminated, further reducing the long-term problems that one expects with a metal installation. Also, Prestige Plastics CPVC offers a potable water distribution system that eliminates the metallic taste and potential health hazards associated with metal systems.

Will Prestige Plastics CPVC save me money?

Yes. Prestige Plastics CPVC can be installed at least 25% more quickly than any other piping system. Many contractors reported a saving of 50% on labor compared to PPR. Financial savings are also realized with regard to lower tool costs and insurance advantages, fewer site accidents, and rework.

Will a Prestige Plastics CPVC system offer a financial advantage to owners in terms of utility expense?

Yes. The thermal conductivity of a copper system is 2,500 times that of a Prestige Plastics CPVC system, and Prestige Plastics CPVC thermal conductivity is about 30% better than other plastic pipes. The improved insulating characteristics associated with Prestige Plastics CPVC can generate substantial long-term savings for an energy-conscious homeowner or tenant. Prestige Plastics CPVC will keep hot water hot for a much longer period of time compared to other types of pipes.

Are there insurance advantages associated with Prestige Plastics CPVC systems?
Yes. Insurance cost reductions result from several factors:
  • Absence of the torch and welding machines during construction.
  • Significant reduction in injuries, particularly burns, can translate to reduced workmen’s compensation costs.
  • Reduced job site theft loss.

Myths

MYTH: CPVC joints are likely to fall
FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
MYTH: CPVC is unsafe for drinking water
FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    What are the uses of Prestige Plastics HDPE pipes?
    Prestige Plastics HDPE pipes are highly adaptable. They have exceptionally beneficial properties, are lightweight, durable, and simple to install, as well as thermal and corrosion resistant. HDPE pipe products are also available in a variety of diameters, lengths, and wall thicknesses. As a result, they are frequently employed in pipe bursting, river crossings, and directional boring. HDPE pipes are also widely used in commercial and residential liquid supply systems, including wastewater, chemicals, potable water, slurries, and other liquid materials.
    Do Prestige Plastics HDPE and PVC pipes refer to the same thing?
    Prestige Plastics HDPE and polyvinyl chloride (PVC) pipes share many similarities, such as resistance to chemical and bacterial buildups. They are used in many of the same applications, so many people are perplexed when they learn they are different. However, it is important to distinguish between the two in order to understand how each can be used most effectively.

    To begin, while both are considered plastic piping, HDPE is a byproduct of petroleum, whereas PVC is manufactured using a vinyl polymer.

    Second, HDPE pipe products are more resistant to corrosive materials and high-event thermal conditions. For example, HDPE can withstand over 20 years of exposure to UV rays from the sun, whereas PVC may only last three years.

    Another significant difference between the two is that HDPE pipes can be installed in more ways than PVC pipes. PVC pipes can only be installed using the drop burial and open trench methods, whereas HDPE pipes can be installed using these methods as well as through the use of horizontal and directional bore techniques.
    How are Prestige Plastics HDPE pipes and fittings are made
    Prestige Plastics HDPE pipe manufacturing involves the use of polymerized ethylene, a by-product of petroleum alongside molds, and various additives. These include colorants, stabilizers, softeners, crosslinking agents, and others which are added to make the final HDPE pipe products and pipe fittings.

    Here is an overview of the HDPE manufacturing process:

    Step 1 – The HDPE resin is transferred from a storage silo into a dryer, where excess moisture in the granules is removed. After the resin has dried, it is heated until it melts.

    Step 2 – The melted polyethylene resin undergoes the extrusion process. If you’re not familiar with the concept, it’s simply a process in which heated polythene resin is forced under high pressure through a bore to provide the desired shape to the finished pipe or pipe fitting.

    Step 3 – Once the HDPE pipe or pipe fitting has been formed, it is sent to a cooling tank to be cooled in stages to prevent the deformation of the pipe or pipe fitting.
    What about HDPE thickness and color?
    The density of Prestige Plastics HDPE pipe products is determined by a combination of factors, most notably, the size of the molds used.

    In terms of colors, the most commonly used colorant is black, which is used to make the HDPE pipe more UV resistant. Other color variants are available on the market, but they are rarely used.
    Are Prestige Plastics HDPE pipes safe for use in potable water applications?
    Prestige Plastics HDPE pipe products are very safe for use, even for potable water applications. HDPE pipe manufacturing is governed by strict standards, and reputable manufacturers use only pressure-rated polyethylene compounds approved by regulatory bodies like the National Sanitation Foundation (NSF) International.

    In addition, when compared to other similar products, Prestige Plastics HDPE piping has one of the lowest life cycle costs, boasting water conservation benefits, considerably reduced or no leakage, no loss in flow capacity over time, a reduced need for maintenance, fewer new water treatment plants and seasonal water main breaks.
    Why should you use Prestige Plastics HDPE for your systems?
    The service life of Prestige Plastics HDPE pipe products is conservatively estimated to be 50 years or more. This means that you will save money on replacement costs in the long run. HDPE also has a more environmentally sustainable footprint because it is chemical- and corrosion-resistant, making it a non-toxic alternative to other piping materials.

    Furthermore, Prestige Plastics HDPE pipes are suitable for trenchless installation methods because they are much easier to install and handle than other traditional pipe materials such as steel. Their flexibility allows for bending them without the need for extra fittings, and they can be easily installed in various shapes and sizes over uneven terrain.

    As a result, Prestige Plastics HDPE pipe products provide the ideal combination of cost efficiency, environmental friendliness, and strength, making them a viable option for a number of applications.

    Myths

    MYTH: Mechanical joints cannot be buried
    FACT: The primary myth concerning mechanical joints is that it does not work as good as fused joints when underground. However, the truth is, mechanical joints used for HDPE pipes are designed after considering buried services to make it sustainable for the underground environment. Mechanical joints are constructed with durable ductile iron housings and the hardware is coated with a fluoropolymer. The couplings remain non-destructive under a tough underground environment. Moreover, if there is additional protection required as per the property owner or engineer’s suggestion, additional coating can be provided.

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: Fusing makes joints stronger
    FACT: For decades, fusion has been a common approach to retain strength and durability. However, records state that weather conditions, temperature, and other relative environmental changes can impact this. If you appoint technicians to follow up on its progress meticulously, you will have a continuous inspection strategy. However, this method is costly due to such professional expertise. To eliminate the need to have a team of professionals monitor the fusion constantly, one must choose an effective alternative. HDPE pipes manufactured by Prestige Plastics exceed pressure ratings, bend radius, and the tensile load of fused joints. Enabling it to be pulled, pushed, and dragged like a fusion solution.
    MYTH: Cutting a groove is a disadvantage
    FACT: Many customers enquire HDPE pipe manufacturers if cutting a groove is a disadvantage and weakens pipe efficiency. Prestige Plastics ensures that every pipe size has customized grooving tools to control them. Joints are designed to fill the groove with keys on the coupling’s metal housing. An iron ring helps lock the reduced wall thickness to keep it intact. Thus, it adds strength, which is completely reverse to this myth.
    MYTH: Fusing is quicker
    FACT: While many consumers have been following fusing for years, they can’t help but admit that it is time-consuming. From weather conditions to terrain instability, multiple reasons make fusing challenging, time-consuming, and labour intensive. HDPE pipes are much more efficient to use, quick to install, and comparatively cheaper in terms of labour cost. Moreover, it is not affected due to changes in the weather, tight spaces, and challenging terrains.
    MYTH: Mechanical solutions are costly
    FACT: HDPE pipes by Prestige Plastics does not require high acquisition cost or maintenance. Mechanical tools are quicker to join and easy to install. These projects require much less labour cost or manhours.

    FAQs

    What is the maximal operating temperatures of pipes?
    constant short-term
    90°C 100°C

    Sealing Area of application- temperatures
    SBR (at the producer /within the range of Work) cca. -50°C up to +100°C
    EPDM cca. -50°C up to +150°C
    NBR (can be ordered separately) cca. -30°C up to +100°C

    SBR Improved abrasion resistance and age resistance, good resistance against operating liquids
    EPDM Excellent fastness to abrasion, ageing and fastness to most of operating liquids
    NBR Versatile material. Sealing for contact with mineral oil or fuels. Poor resistance against ozone and weather resistance
    Matching the products to standards / certificates
    Prestige PP Silent dB (DN 50 – DN 160) according to the standard DIN EN 1451-1
    What system is suitable for waste waters with content of fats (in canteens, large-capacity kitchens, industry, gastronomy, etc.)?
    We can recommend KG 2000 Polypropylene®, or HT-System (PP) ® with sealing rings made of NBR as the case may be.
    What is the behaviour of pipes in fire
    Skolan SAFE dB DIN 4102, B 2
    What is the chemical resistance of M.O.L. sealing against „water of swimming pools“
    The sealing of systems BL, DD and Euro L Spezial are resistant against water with maximal volume of chlorine 0.6 mg/l.
    Can dimensioning of the sewage / draining system be narrowed (reduced) downstream (in direction of the flow)?
    No, it cannot. Among other things, this provision serves for elimination of the backwater formation and formation of retained amount inside the system.
    Is reducing/shortening the adapting pipes allowed?
    No, it is not.
    Distances of clamps in case of horizontal placement at HT-System (PP)® Skolan SAFE dB
    These details can be found in the assembly instructions of HT-System (PP)® – Article 5 and assembly instructions of Skolan SAFE dB – Article 7.
    Insulation against condensing water from dew formation at Skolan SAFE dB
    It is necessary to install a felt bag (or other materials commonly available in the network of shops) onto the Skolan SAFE dB pipe placed (the pipe for rain water). In case of the rain water piping only the upper floors are mostly insulated in practice. Basically, the Skolan dB pipe has a high coefficient of insulation. Formation of the condensing water from dew formation does not occur at the plastic pipes with reinforced wall compared to conventional cast-iron or steel pipes. For that reason the above-described insulation is sufficient.
    Direction of placement of plastic pipes
    The pipes with slide-in sleeves / couplings are usually placed in such manner that the sharp end is in direction of flowing. The sharp end is sliding into the sleeve / coupling.
    The quote from Manual of plastic pipes (4th issue, paragraph 3.4.4 Construction of the sewage water channels and piping, page 463)
    Thus the piping placement in direction of flowing is clearly defined.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    Why are UPVC pipes good for plumbing?
    UPVC pipes & fittings are ideal for cold water applications and are good for plumbing as they are UV stabilised, lead-free and anti-bacterial. They are environmentally friendly and the safest for potable water. TRUFLO manufactures a wide range of pipes and fittings like UPVC flange, UPVC coupler UPVC tees and all other accessories for a complete plumbing system. These are easy to install and a cost-effective solution. Hindware’s TRUFLO Pipes are manufactured as per ASTM D1785 and the UPVC fittings are manufactured as per ASTM D 2466 & 2467 Certifications.
    What is the difference between PPR and UPVC pipes?
    PPR pipe is made of Polypropylene Random Copolymer (Polypropylene Random Copolymer type 3). PPR pipes are designed to be the most hygienic system for distribution of potable water. These are not suitable for outdoor installation and are fragile. Whereas, TRUFLO UPVC pipes & fittings are fabricated with high-quality materials and modern technology as per the latest industrial norms. The pipes are available in varied specifications and are used for high-pressure water distribution systems. TRUFLO UPVC pipes and fittings are an ideal replacement for galvanised iron pipe systems for all cold water applications. UPVC pipes are UV stabilised and have leak-proof joints as they are welded by solvent cement which is one of the advantages over PPR pipes. UPVC pipes and fittings can be used for outdoor applications for upto 60°C.
    Where UPVC pipes are used?
    UPVC pipes and fittings are used for a wide range of applications like Cold Water Distribution system for bathrooms, kitchens, gardens, washing places, toilets in residential blocks and commercial complexes, offices, factories, laboratories, bus stands, railway stations, airports, hotels and hospitals and all other areas which have toilets, kitchens and other water containment areas. This is because Hindware’s TRUFLO UPVC pipes have higher strength against weather variations, are UV stabilised, anti-corrosive and anti-bacterial making them completely safe for potable water.
    Why prefer UPVC pipes?
    UPVC piping systems are corrosion-free and highly feasible for the distribution and smooth flow of clean and hygienic water. The pipes are easy to install, light in weight, convenient to handle, store, transport and low on maintenance. The pipes are ultra-violet stabilized, therefore, weather and sunlight do not affect them. Hindware TRUFLO UPVC pipes and fittings are non-toxic, have a longer life, easy to lay and join, have low thermal conductivity and are chemical and corrosion-resistant.
    What are the benefits of UPVC pipes and fittings?
    TRUFLO UPVC pipes and fittings have more benefits and advantages than other plumbing system components. UPVC pipes are very easy to install and are relatively maintenance-free. The UPVC pipes are superior, long-lasting and safe at all temperatures, especially for potable water distribution. TRUFLO UPVC pipes are UV, chemical and corrosion resistant, providing an optimum flow of water. UPVC fittings come as a complete piping system with UPVC coupling, UPVC reducer, UPVC tees and all other requirements for installation of the plumbing system.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    How does Prestige Plastics Solvent Cement work?
    Prestige Plastics Solvent cement is not a glue simply holding the pieces together. Instead, solvent welding is a chemical process that fuses the pipe and fittings together creating one continuous piece of plastic. Solvent cementing uses a solvent to soften the surface of the pipe and fittings. When this happens the molecules of the two surfaces are freed to fuse with each other when forced together. The CPVC contained in the solvent cement then fills any gaps between the two surfaces pipe and fitting. The fused joint becomes the stronger part in the system.
    Will Prestige Plastics CPVC solvent cement work on a PVC piping installation?
    Yes. Prestige Plastics CPVC solvent cement technically will work on PVC piping. However, PVC solvent cement is not recommended for CPVC piping because of temperature limitations.
    Should specific types of primers and solvent cements be used on a Prestige Plastics CPVC system? Are specific colors required?
    Prestige Plastics CPVC Plus solvent cement should always be used for Prestige Plastics CPVC Plus piping, and the solvent cement should be manufactured to meet ATM F 493 requirements. Purple primer manufactured for PVC pipe is acceptable. Faster drying Prestige Plastics CPVC primer is available, and is recommended for cold weather installations. Prestige Plastics CPVC solvent cement and purple primer are specifically required by certain code bodies to facilitate identification by plumbing inspectors.
    Should I use pipe dope, Teflon® tape, or Teflon® paste with Prestige Plastics CPVC threaded adapters?
    Teflon® tape is always safe and effective with Prestige Plastics CPVC. If you wish to use a paste or pipe dope, always check with the manufacturer for a recommendation because some pastes or dopes contain solvents that may be incompatible with Prestige Plastics CPVC.

    Myths

    MYTH: Solvent cement is the same as regular glue
    FACT: Solvent cement is specifically designed for joining plastic pipes and fittings. It is not the same as regular adhesive or glue used for other materials.
    MYTH: Solvent cement creates an instant bond.
    FACT: While solvent cement forms a bond relatively quickly, it requires sufficient curing time to reach its maximum strength. It is important to follow the recommended curing time provided by the manufacturer for optimal results.
    MYTH: Solvent cement works on all types of plastic pipes.
    FACT: Solvent cement is formulated for specific types of plastic pipes, such as CPVC. It may not work effectively or provide a strong bond with other types of plastic materials.
    MYTH: More solvent cement means a stronger joint.
    FACT: Applying excessive solvent cement does not necessarily result in a stronger joint. It is important to apply the recommended amount of solvent cement as specified by the manufacturer to ensure proper fusion and integrity of the joint.
    MYTH: Solvent cement is safe and odorless
    FACT: Solvent cement contains volatile chemicals that can emit strong odors and can be potentially harmful if not used in a well-ventilated area. It is crucial to follow safety precautions, including wearing appropriate protective gear and working in a properly ventilated space.
    MYTH: Solvent cement is always gray
    FACT: No, solvent cement is not always gray. The color of solvent cement can vary depending on the manufacturer and the specific type of solvent cement. While gray is a commonly used color for solvent cement, it can also be found in other colors such as clear or various shades of blue. The color is typically chosen to help differentiate between different types of solvent cement or to provide visual indication of the application process. It is important to check the labeling or instructions provided by the manufacturer to ensure you are using the correct solvent cement for your specific application.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.

    FAQs

    Where can I use Prestige Plastics CPVC?

    Prestige Plastics CPVC is designed for use in hot-and-cold-water distribution systems and heating and chilled water systems. Prestige Plastics CPVC systems are ideal for all potable water piping requirements in typical villas, apartments, hotels, hospitals, offices, and other high rise buildings.

    What pipe sizes is Prestige Plastics CPVC available in?

    Prestige Plastics CPVC pipes and fittings are available in ½ inch to 8 inch. A full range of fittings exists in all sizes. In applications calling for larger lines, Prestige Plastics CPVC is available on request.

    What is the expected performance of a Prestige Plastics CPVC water distribution system?

    Prestige Plastics CPVC piping systems have been installed and operated since 1959, and initial installations are still performing faultlessly. Prestige Plastics CPVC piping will not fail prematurely due to corrosion, electrolysis, or scale build-up in areas where water, soil, and/or atmospheric conditions are aggressive.

    Are there other benefits associated with the polymeric makeup of Prestige Plastics CPVC systems?

    Yes. Due to the Prestige Plastics CPVC polymeric structure, costly condensation concerns are eliminated, further reducing the long-term problems that one expects with a metal installation. Also, Prestige Plastics CPVC offers a potable water distribution system that eliminates the metallic taste and potential health hazards associated with metal systems.

    Will Prestige Plastics CPVC save me money?

    Yes. Prestige Plastics CPVC can be installed at least 25% more quickly than any other piping system. Many contractors reported a saving of 50% on labor compared to PPR. Financial savings are also realized with regard to lower tool costs and insurance advantages, fewer site accidents, and rework.

    Will a Prestige Plastics CPVC system offer a financial advantage to owners in terms of utility expense?

    Yes. The thermal conductivity of a copper system is 2,500 times that of a Prestige Plastics CPVC system, and Prestige Plastics CPVC thermal conductivity is about 30% better than other plastic pipes. The improved insulating characteristics associated with Prestige Plastics CPVC can generate substantial long-term savings for an energy-conscious homeowner or tenant. Prestige Plastics CPVC will keep hot water hot for a much longer period of time compared to other types of pipes.

    Are there insurance advantages associated with Prestige Plastics CPVC systems?
    Yes. Insurance cost reductions result from several factors:
    • Absence of the torch and welding machines during construction.
    • Significant reduction in injuries, particularly burns, can translate to reduced workmen’s compensation costs.
    • Reduced job site theft loss.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    What are the uses of Prestige Plastics HDPE pipes?
    Prestige Plastics HDPE pipes are highly adaptable. They have exceptionally beneficial properties, are lightweight, durable, and simple to install, as well as thermal and corrosion resistant. HDPE pipe products are also available in a variety of diameters, lengths, and wall thicknesses. As a result, they are frequently employed in pipe bursting, river crossings, and directional boring. HDPE pipes are also widely used in commercial and residential liquid supply systems, including wastewater, chemicals, potable water, slurries, and other liquid materials.
    Do Prestige Plastics HDPE and PVC pipes refer to the same thing?
    Prestige Plastics HDPE and polyvinyl chloride (PVC) pipes share many similarities, such as resistance to chemical and bacterial buildups. They are used in many of the same applications, so many people are perplexed when they learn they are different. However, it is important to distinguish between the two in order to understand how each can be used most effectively.

    To begin, while both are considered plastic piping, HDPE is a byproduct of petroleum, whereas PVC is manufactured using a vinyl polymer.

    Second, HDPE pipe products are more resistant to corrosive materials and high-event thermal conditions. For example, HDPE can withstand over 20 years of exposure to UV rays from the sun, whereas PVC may only last three years.

    Another significant difference between the two is that HDPE pipes can be installed in more ways than PVC pipes. PVC pipes can only be installed using the drop burial and open trench methods, whereas HDPE pipes can be installed using these methods as well as through the use of horizontal and directional bore techniques.
    How are Prestige Plastics HDPE pipes and fittings are made
    Prestige Plastics HDPE pipe manufacturing involves the use of polymerized ethylene, a by-product of petroleum alongside molds, and various additives. These include colorants, stabilizers, softeners, crosslinking agents, and others which are added to make the final HDPE pipe products and pipe fittings.

    Here is an overview of the HDPE manufacturing process:

    Step 1 – The HDPE resin is transferred from a storage silo into a dryer, where excess moisture in the granules is removed. After the resin has dried, it is heated until it melts.

    Step 2 – The melted polyethylene resin undergoes the extrusion process. If you’re not familiar with the concept, it’s simply a process in which heated polythene resin is forced under high pressure through a bore to provide the desired shape to the finished pipe or pipe fitting.

    Step 3 – Once the HDPE pipe or pipe fitting has been formed, it is sent to a cooling tank to be cooled in stages to prevent the deformation of the pipe or pipe fitting.
    What about HDPE thickness and color?
    The density of Prestige Plastics HDPE pipe products is determined by a combination of factors, most notably, the size of the molds used.

    In terms of colors, the most commonly used colorant is black, which is used to make the HDPE pipe more UV resistant. Other color variants are available on the market, but they are rarely used.
    Are Prestige Plastics HDPE pipes safe for use in potable water applications?
    Prestige Plastics HDPE pipe products are very safe for use, even for potable water applications. HDPE pipe manufacturing is governed by strict standards, and reputable manufacturers use only pressure-rated polyethylene compounds approved by regulatory bodies like the National Sanitation Foundation (NSF) International.

    In addition, when compared to other similar products, Prestige Plastics HDPE piping has one of the lowest life cycle costs, boasting water conservation benefits, considerably reduced or no leakage, no loss in flow capacity over time, a reduced need for maintenance, fewer new water treatment plants and seasonal water main breaks.
    Why should you use Prestige Plastics HDPE for your systems?
    The service life of Prestige Plastics HDPE pipe products is conservatively estimated to be 50 years or more. This means that you will save money on replacement costs in the long run. HDPE also has a more environmentally sustainable footprint because it is chemical- and corrosion-resistant, making it a non-toxic alternative to other piping materials.

    Furthermore, Prestige Plastics HDPE pipes are suitable for trenchless installation methods because they are much easier to install and handle than other traditional pipe materials such as steel. Their flexibility allows for bending them without the need for extra fittings, and they can be easily installed in various shapes and sizes over uneven terrain.

    As a result, Prestige Plastics HDPE pipe products provide the ideal combination of cost efficiency, environmental friendliness, and strength, making them a viable option for a number of applications.

    Myths

    MYTH: Mechanical joints cannot be buried
    FACT: The primary myth concerning mechanical joints is that it does not work as good as fused joints when underground. However, the truth is, mechanical joints used for HDPE pipes are designed after considering buried services to make it sustainable for the underground environment. Mechanical joints are constructed with durable ductile iron housings and the hardware is coated with a fluoropolymer. The couplings remain non-destructive under a tough underground environment. Moreover, if there is additional protection required as per the property owner or engineer’s suggestion, additional coating can be provided.

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: Fusing makes joints stronger
    FACT: For decades, fusion has been a common approach to retain strength and durability. However, records state that weather conditions, temperature, and other relative environmental changes can impact this. If you appoint technicians to follow up on its progress meticulously, you will have a continuous inspection strategy. However, this method is costly due to such professional expertise. To eliminate the need to have a team of professionals monitor the fusion constantly, one must choose an effective alternative. HDPE pipes manufactured by Prestige Plastics exceed pressure ratings, bend radius, and the tensile load of fused joints. Enabling it to be pulled, pushed, and dragged like a fusion solution.
    MYTH: Cutting a groove is a disadvantage
    FACT: Many customers enquire HDPE pipe manufacturers if cutting a groove is a disadvantage and weakens pipe efficiency. Prestige Plastics ensures that every pipe size has customized grooving tools to control them. Joints are designed to fill the groove with keys on the coupling’s metal housing. An iron ring helps lock the reduced wall thickness to keep it intact. Thus, it adds strength, which is completely reverse to this myth.
    MYTH: Fusing is quicker
    FACT: While many consumers have been following fusing for years, they can’t help but admit that it is time-consuming. From weather conditions to terrain instability, multiple reasons make fusing challenging, time-consuming, and labour intensive. HDPE pipes are much more efficient to use, quick to install, and comparatively cheaper in terms of labour cost. Moreover, it is not affected due to changes in the weather, tight spaces, and challenging terrains.
    MYTH: Mechanical solutions are costly
    FACT: HDPE pipes by Prestige Plastics does not require high acquisition cost or maintenance. Mechanical tools are quicker to join and easy to install. These projects require much less labour cost or manhours.

    FAQs

    How does Prestige Plastics Solvent Cement work?
    Prestige Plastics Solvent cement is not a glue simply holding the pieces together. Instead, solvent welding is a chemical process that fuses the pipe and fittings together creating one continuous piece of plastic. Solvent cementing uses a solvent to soften the surface of the pipe and fittings. When this happens the molecules of the two surfaces are freed to fuse with each other when forced together. The CPVC contained in the solvent cement then fills any gaps between the two surfaces pipe and fitting. The fused joint becomes the stronger part in the system.
    Will Prestige Plastics CPVC solvent cement work on a PVC piping installation?
    Yes. Prestige Plastics CPVC solvent cement technically will work on PVC piping. However, PVC solvent cement is not recommended for CPVC piping because of temperature limitations.
    Should specific types of primers and solvent cements be used on a Prestige Plastics CPVC system? Are specific colors required?
    Prestige Plastics CPVC Plus solvent cement should always be used for Prestige Plastics CPVC Plus piping, and the solvent cement should be manufactured to meet ATM F 493 requirements. Purple primer manufactured for PVC pipe is acceptable. Faster drying Prestige Plastics CPVC primer is available, and is recommended for cold weather installations. Prestige Plastics CPVC solvent cement and purple primer are specifically required by certain code bodies to facilitate identification by plumbing inspectors.
    Should I use pipe dope, Teflon® tape, or Teflon® paste with Prestige Plastics CPVC threaded adapters?
    Teflon® tape is always safe and effective with Prestige Plastics CPVC. If you wish to use a paste or pipe dope, always check with the manufacturer for a recommendation because some pastes or dopes contain solvents that may be incompatible with Prestige Plastics CPVC.

    Myths

    MYTH: Solvent cement is the same as regular glue
    FACT: Solvent cement is specifically designed for joining plastic pipes and fittings. It is not the same as regular adhesive or glue used for other materials.
    MYTH: Solvent cement creates an instant bond.
    FACT: While solvent cement forms a bond relatively quickly, it requires sufficient curing time to reach its maximum strength. It is important to follow the recommended curing time provided by the manufacturer for optimal results.
    MYTH: Solvent cement works on all types of plastic pipes.
    FACT: Solvent cement is formulated for specific types of plastic pipes, such as CPVC. It may not work effectively or provide a strong bond with other types of plastic materials.
    MYTH: More solvent cement means a stronger joint.
    FACT: Applying excessive solvent cement does not necessarily result in a stronger joint. It is important to apply the recommended amount of solvent cement as specified by the manufacturer to ensure proper fusion and integrity of the joint.
    MYTH: Solvent cement is safe and odorless
    FACT: Solvent cement contains volatile chemicals that can emit strong odors and can be potentially harmful if not used in a well-ventilated area. It is crucial to follow safety precautions, including wearing appropriate protective gear and working in a properly ventilated space.
    MYTH: Solvent cement is always gray
    FACT: No, solvent cement is not always gray. The color of solvent cement can vary depending on the manufacturer and the specific type of solvent cement. While gray is a commonly used color for solvent cement, it can also be found in other colors such as clear or various shades of blue. The color is typically chosen to help differentiate between different types of solvent cement or to provide visual indication of the application process. It is important to check the labeling or instructions provided by the manufacturer to ensure you are using the correct solvent cement for your specific application.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.

    FAQs

    Where can I use Prestige Plastics CPVC?

    Prestige Plastics CPVC is designed for use in hot-and-cold-water distribution systems and heating and chilled water systems. Prestige Plastics CPVC systems are ideal for all potable water piping requirements in typical villas, apartments, hotels, hospitals, offices, and other high rise buildings.

    What pipe sizes is Prestige Plastics CPVC available in?

    Prestige Plastics CPVC pipes and fittings are available in ½ inch to 8 inch. A full range of fittings exists in all sizes. In applications calling for larger lines, Prestige Plastics CPVC is available on request.

    What is the expected performance of a Prestige Plastics CPVC water distribution system?

    Prestige Plastics CPVC piping systems have been installed and operated since 1959, and initial installations are still performing faultlessly. Prestige Plastics CPVC piping will not fail prematurely due to corrosion, electrolysis, or scale build-up in areas where water, soil, and/or atmospheric conditions are aggressive.

    Are there other benefits associated with the polymeric makeup of Prestige Plastics CPVC systems?

    Yes. Due to the Prestige Plastics CPVC polymeric structure, costly condensation concerns are eliminated, further reducing the long-term problems that one expects with a metal installation. Also, Prestige Plastics CPVC offers a potable water distribution system that eliminates the metallic taste and potential health hazards associated with metal systems.

    Will Prestige Plastics CPVC save me money?

    Yes. Prestige Plastics CPVC can be installed at least 25% more quickly than any other piping system. Many contractors reported a saving of 50% on labor compared to PPR. Financial savings are also realized with regard to lower tool costs and insurance advantages, fewer site accidents, and rework.

    Will a Prestige Plastics CPVC system offer a financial advantage to owners in terms of utility expense?

    Yes. The thermal conductivity of a copper system is 2,500 times that of a Prestige Plastics CPVC system, and Prestige Plastics CPVC thermal conductivity is about 30% better than other plastic pipes. The improved insulating characteristics associated with Prestige Plastics CPVC can generate substantial long-term savings for an energy-conscious homeowner or tenant. Prestige Plastics CPVC will keep hot water hot for a much longer period of time compared to other types of pipes.

    Are there insurance advantages associated with Prestige Plastics CPVC systems?
    Yes. Insurance cost reductions result from several factors:
    • Absence of the torch and welding machines during construction.
    • Significant reduction in injuries, particularly burns, can translate to reduced workmen’s compensation costs.
    • Reduced job site theft loss.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    What are the uses of Prestige Plastics HDPE pipes?
    Prestige Plastics HDPE pipes are highly adaptable. They have exceptionally beneficial properties, are lightweight, durable, and simple to install, as well as thermal and corrosion resistant. HDPE pipe products are also available in a variety of diameters, lengths, and wall thicknesses. As a result, they are frequently employed in pipe bursting, river crossings, and directional boring. HDPE pipes are also widely used in commercial and residential liquid supply systems, including wastewater, chemicals, potable water, slurries, and other liquid materials.
    Do Prestige Plastics HDPE and PVC pipes refer to the same thing?
    Prestige Plastics HDPE and polyvinyl chloride (PVC) pipes share many similarities, such as resistance to chemical and bacterial buildups. They are used in many of the same applications, so many people are perplexed when they learn they are different. However, it is important to distinguish between the two in order to understand how each can be used most effectively.

    To begin, while both are considered plastic piping, HDPE is a byproduct of petroleum, whereas PVC is manufactured using a vinyl polymer.

    Second, HDPE pipe products are more resistant to corrosive materials and high-event thermal conditions. For example, HDPE can withstand over 20 years of exposure to UV rays from the sun, whereas PVC may only last three years.

    Another significant difference between the two is that HDPE pipes can be installed in more ways than PVC pipes. PVC pipes can only be installed using the drop burial and open trench methods, whereas HDPE pipes can be installed using these methods as well as through the use of horizontal and directional bore techniques.
    How are Prestige Plastics HDPE pipes and fittings are made
    Prestige Plastics HDPE pipe manufacturing involves the use of polymerized ethylene, a by-product of petroleum alongside molds, and various additives. These include colorants, stabilizers, softeners, crosslinking agents, and others which are added to make the final HDPE pipe products and pipe fittings.

    Here is an overview of the HDPE manufacturing process:

    Step 1 – The HDPE resin is transferred from a storage silo into a dryer, where excess moisture in the granules is removed. After the resin has dried, it is heated until it melts.

    Step 2 – The melted polyethylene resin undergoes the extrusion process. If you’re not familiar with the concept, it’s simply a process in which heated polythene resin is forced under high pressure through a bore to provide the desired shape to the finished pipe or pipe fitting.

    Step 3 – Once the HDPE pipe or pipe fitting has been formed, it is sent to a cooling tank to be cooled in stages to prevent the deformation of the pipe or pipe fitting.
    What about HDPE thickness and color?
    The density of Prestige Plastics HDPE pipe products is determined by a combination of factors, most notably, the size of the molds used.

    In terms of colors, the most commonly used colorant is black, which is used to make the HDPE pipe more UV resistant. Other color variants are available on the market, but they are rarely used.
    Are Prestige Plastics HDPE pipes safe for use in potable water applications?
    Prestige Plastics HDPE pipe products are very safe for use, even for potable water applications. HDPE pipe manufacturing is governed by strict standards, and reputable manufacturers use only pressure-rated polyethylene compounds approved by regulatory bodies like the National Sanitation Foundation (NSF) International.

    In addition, when compared to other similar products, Prestige Plastics HDPE piping has one of the lowest life cycle costs, boasting water conservation benefits, considerably reduced or no leakage, no loss in flow capacity over time, a reduced need for maintenance, fewer new water treatment plants and seasonal water main breaks.
    Why should you use Prestige Plastics HDPE for your systems?
    The service life of Prestige Plastics HDPE pipe products is conservatively estimated to be 50 years or more. This means that you will save money on replacement costs in the long run. HDPE also has a more environmentally sustainable footprint because it is chemical- and corrosion-resistant, making it a non-toxic alternative to other piping materials.

    Furthermore, Prestige Plastics HDPE pipes are suitable for trenchless installation methods because they are much easier to install and handle than other traditional pipe materials such as steel. Their flexibility allows for bending them without the need for extra fittings, and they can be easily installed in various shapes and sizes over uneven terrain.

    As a result, Prestige Plastics HDPE pipe products provide the ideal combination of cost efficiency, environmental friendliness, and strength, making them a viable option for a number of applications.

    Myths

    MYTH: Mechanical joints cannot be buried
    FACT: The primary myth concerning mechanical joints is that it does not work as good as fused joints when underground. However, the truth is, mechanical joints used for HDPE pipes are designed after considering buried services to make it sustainable for the underground environment. Mechanical joints are constructed with durable ductile iron housings and the hardware is coated with a fluoropolymer. The couplings remain non-destructive under a tough underground environment. Moreover, if there is additional protection required as per the property owner or engineer’s suggestion, additional coating can be provided.

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: Fusing makes joints stronger
    FACT: For decades, fusion has been a common approach to retain strength and durability. However, records state that weather conditions, temperature, and other relative environmental changes can impact this. If you appoint technicians to follow up on its progress meticulously, you will have a continuous inspection strategy. However, this method is costly due to such professional expertise. To eliminate the need to have a team of professionals monitor the fusion constantly, one must choose an effective alternative. HDPE pipes manufactured by Prestige Plastics exceed pressure ratings, bend radius, and the tensile load of fused joints. Enabling it to be pulled, pushed, and dragged like a fusion solution.
    MYTH: Cutting a groove is a disadvantage
    FACT: Many customers enquire HDPE pipe manufacturers if cutting a groove is a disadvantage and weakens pipe efficiency. Prestige Plastics ensures that every pipe size has customized grooving tools to control them. Joints are designed to fill the groove with keys on the coupling’s metal housing. An iron ring helps lock the reduced wall thickness to keep it intact. Thus, it adds strength, which is completely reverse to this myth.
    MYTH: Fusing is quicker
    FACT: While many consumers have been following fusing for years, they can’t help but admit that it is time-consuming. From weather conditions to terrain instability, multiple reasons make fusing challenging, time-consuming, and labour intensive. HDPE pipes are much more efficient to use, quick to install, and comparatively cheaper in terms of labour cost. Moreover, it is not affected due to changes in the weather, tight spaces, and challenging terrains.
    MYTH: Mechanical solutions are costly
    FACT: HDPE pipes by Prestige Plastics does not require high acquisition cost or maintenance. Mechanical tools are quicker to join and easy to install. These projects require much less labour cost or manhours.

    FAQs

    What is the maximal operating temperatures of pipes?
    constant short-term
    90°C 100°C

    Sealing Area of application- temperatures
    SBR (at the producer /within the range of Work) cca. -50°C up to +100°C
    EPDM cca. -50°C up to +150°C
    NBR (can be ordered separately) cca. -30°C up to +100°C

    SBR Improved abrasion resistance and age resistance, good resistance against operating liquids
    EPDM Excellent fastness to abrasion, ageing and fastness to most of operating liquids
    NBR Versatile material. Sealing for contact with mineral oil or fuels. Poor resistance against ozone and weather resistance
    Matching the products to standards / certificates
    Prestige PP Silent dB (DN 50 – DN 160) according to the standard DIN EN 1451-1
    What system is suitable for waste waters with content of fats (in canteens, large-capacity kitchens, industry, gastronomy, etc.)?
    We can recommend KG 2000 Polypropylene®, or HT-System (PP) ® with sealing rings made of NBR as the case may be.
    What is the behaviour of pipes in fire
    Skolan SAFE dB DIN 4102, B 2
    What is the chemical resistance of M.O.L. sealing against „water of swimming pools“
    The sealing of systems BL, DD and Euro L Spezial are resistant against water with maximal volume of chlorine 0.6 mg/l.
    Can dimensioning of the sewage / draining system be narrowed (reduced) downstream (in direction of the flow)?
    No, it cannot. Among other things, this provision serves for elimination of the backwater formation and formation of retained amount inside the system.
    Is reducing/shortening the adapting pipes allowed?
    No, it is not.
    Distances of clamps in case of horizontal placement at HT-System (PP)® Skolan SAFE dB
    These details can be found in the assembly instructions of HT-System (PP)® – Article 5 and assembly instructions of Skolan SAFE dB – Article 7.
    Insulation against condensing water from dew formation at Skolan SAFE dB
    It is necessary to install a felt bag (or other materials commonly available in the network of shops) onto the Skolan SAFE dB pipe placed (the pipe for rain water). In case of the rain water piping only the upper floors are mostly insulated in practice. Basically, the Skolan dB pipe has a high coefficient of insulation. Formation of the condensing water from dew formation does not occur at the plastic pipes with reinforced wall compared to conventional cast-iron or steel pipes. For that reason the above-described insulation is sufficient.
    Direction of placement of plastic pipes
    The pipes with slide-in sleeves / couplings are usually placed in such manner that the sharp end is in direction of flowing. The sharp end is sliding into the sleeve / coupling.
    The quote from Manual of plastic pipes (4th issue, paragraph 3.4.4 Construction of the sewage water channels and piping, page 463)
    Thus the piping placement in direction of flowing is clearly defined.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    Why are UPVC pipes good for plumbing?
    UPVC pipes & fittings are ideal for cold water applications and are good for plumbing as they are UV stabilised, lead-free and anti-bacterial. They are environmentally friendly and the safest for potable water. TRUFLO manufactures a wide range of pipes and fittings like UPVC flange, UPVC coupler UPVC tees and all other accessories for a complete plumbing system. These are easy to install and a cost-effective solution. Hindware’s TRUFLO Pipes are manufactured as per ASTM D1785 and the UPVC fittings are manufactured as per ASTM D 2466 & 2467 Certifications.
    What is the difference between PPR and UPVC pipes?
    PPR pipe is made of Polypropylene Random Copolymer (Polypropylene Random Copolymer type 3). PPR pipes are designed to be the most hygienic system for distribution of potable water. These are not suitable for outdoor installation and are fragile. Whereas, TRUFLO UPVC pipes & fittings are fabricated with high-quality materials and modern technology as per the latest industrial norms. The pipes are available in varied specifications and are used for high-pressure water distribution systems. TRUFLO UPVC pipes and fittings are an ideal replacement for galvanised iron pipe systems for all cold water applications. UPVC pipes are UV stabilised and have leak-proof joints as they are welded by solvent cement which is one of the advantages over PPR pipes. UPVC pipes and fittings can be used for outdoor applications for upto 60°C.
    Where UPVC pipes are used?
    UPVC pipes and fittings are used for a wide range of applications like Cold Water Distribution system for bathrooms, kitchens, gardens, washing places, toilets in residential blocks and commercial complexes, offices, factories, laboratories, bus stands, railway stations, airports, hotels and hospitals and all other areas which have toilets, kitchens and other water containment areas. This is because Hindware’s TRUFLO UPVC pipes have higher strength against weather variations, are UV stabilised, anti-corrosive and anti-bacterial making them completely safe for potable water.
    Why prefer UPVC pipes?
    UPVC piping systems are corrosion-free and highly feasible for the distribution and smooth flow of clean and hygienic water. The pipes are easy to install, light in weight, convenient to handle, store, transport and low on maintenance. The pipes are ultra-violet stabilized, therefore, weather and sunlight do not affect them. Hindware TRUFLO UPVC pipes and fittings are non-toxic, have a longer life, easy to lay and join, have low thermal conductivity and are chemical and corrosion-resistant.
    What are the benefits of UPVC pipes and fittings?
    TRUFLO UPVC pipes and fittings have more benefits and advantages than other plumbing system components. UPVC pipes are very easy to install and are relatively maintenance-free. The UPVC pipes are superior, long-lasting and safe at all temperatures, especially for potable water distribution. TRUFLO UPVC pipes are UV, chemical and corrosion resistant, providing an optimum flow of water. UPVC fittings come as a complete piping system with UPVC coupling, UPVC reducer, UPVC tees and all other requirements for installation of the plumbing system.

    Myths

    MYTH: CPVC joints are likely to fall
    FACT: CPVC fittings and pipe joints are the strongest part of the system. FlowGuard CPVC Fittings and Pipes are joined using a simple solvent cement process, which is also known as Cold Welding process. Solvent cement is not a glue. Instead, it chemically fuses the material at the molecular level, creating a complete homogeneous fixture. (Double Layered Surfaces)

    If a CPVC joint fails, it is almost always a result of an improper connection / application, or cheap, poor quality material. (Lot of inferior quality solvent cements are available in market which are not as per quality of FG Solvent Cement) FlowGuard CPVC, as the worldwide leader in CPVC technology, is subjected to stringent quality control measures throughout the manufacturing process, ensuring reliable piping material.

    When solvent cement is applied to the outer layer of pipe & inner layer of fittings, the solvent softens the outer layer of material, which enables it to fuse itself with its adjoining piece at the molecular level.
    MYTH: CPVC is unsafe for drinking water
    FACT: FlowGuard CPVC is the safest piping material available. All major international public health agencies, including NSF International, ASTM International, Kiwa and the Water Regulation Advisory Scheme (WRAS), have approved FlowGuard CPVC for safe use in potable water systems.

  • Unlike green pipe (PPR), FlowGuard CPVC is the only piping material that has the NSF-61 Annex G certification.
  • FlowGuard CPVC does not contain any plasticizers, flame retardants, bio-stabilizers, and anti-static agents.
  • Research from Virginia Tech shows that CPVC materials do not affect drinking water taste or odor.
  • FlowGuard CPVC systems keep water clean and help prevent bacterial growth caused by biofilm formation.

    • Multiple studies, including the Kiwa Water Assessment, have confirmed FlowGuard CPVC does not contribute harmful contaminants to drinking water.
    MYTH: CPVC has a short service life
    FACT: CPVC piping systems installed more than 55 years ago are still performing around the world. In Pakistan Prestige Plastics CPVC is introduced since last 17 years and today has become the 1st choice for all for Hot & Cold Water Plumbing System to all plumbing professionals.
    • Prestige Plastics CPVC is resistant to chlorine-based disinfectants. Unlike green pipe (PPR), Prestige Plastics CPVC is resistant to the additives used to keep our drinking water safe, including chlorine and chlorine dioxide. These common household cleaners can be used safely with Prestige Plastics CPVC —chlorine dioxide causes pipe failure in PPR systems.
    MYTH: Green Pipe (PPR) is better than CPVC because it's newer
    FACT: CPVC is the dominant piping material throughout India , and Prestige Plastics CPVC is the most popular & trusted used brand. Builders, MEP Consultants, Architects, Plumbing Contractors and plumbers prefer Prestige Plastics CPVC over PPR because of the following:
    • Fire resistance: Prestige Plastics CPVC is self-extinguishing and does not support combustion—meaning it won’t spread a fire like other plastics that continue to burn after exposed to flame. LOI (Limiting oxygen Index) is defined as the amount of oxygen required by an item to burn in atmosphere. For CPVC the LOI is 60 and hence CPVC does not support combustion. Pipe PPR: The LOI is 18 and hence it not only supports combustion but it drips fire adding to the fire load of the building.
    • Effect of disinfectant on the material – CPVC has been in use in USA since the last 50 years and USA use Chlorine as a disinfectant for water purification. In Pakistan, we also follow Chlorine as a disinfectant for mass water purification. CPVC technology was invented in USA and it has been working well in all countries using chlorine / Ozone etc.
    • PPR is a Polyolefin based plastic and studies done by a number of independent test institution have generated data which demonstrates without doubt that small quantities of chlorine exhibit a strong oxidizing effect on polyolefins pipe (PB, PE- AL-PE , PPR, PEX ) resulting in a significant reduction of the expected life time.
    Hence countries like USA came up with an American Standard i.e. NSF p 171 Protocol for Chlorine Resistance of Plastic Piping Materials and ASTM F-2023-04 to counter this problem.

    FAQs

    How does Prestige Plastics Solvent Cement work?
    Prestige Plastics Solvent cement is not a glue simply holding the pieces together. Instead, solvent welding is a chemical process that fuses the pipe and fittings together creating one continuous piece of plastic. Solvent cementing uses a solvent to soften the surface of the pipe and fittings. When this happens the molecules of the two surfaces are freed to fuse with each other when forced together. The CPVC contained in the solvent cement then fills any gaps between the two surfaces pipe and fitting. The fused joint becomes the stronger part in the system.
    Will Prestige Plastics CPVC solvent cement work on a PVC piping installation?
    Yes. Prestige Plastics CPVC solvent cement technically will work on PVC piping. However, PVC solvent cement is not recommended for CPVC piping because of temperature limitations.
    Should specific types of primers and solvent cements be used on a Prestige Plastics CPVC system? Are specific colors required?
    Prestige Plastics CPVC Plus solvent cement should always be used for Prestige Plastics CPVC Plus piping, and the solvent cement should be manufactured to meet ATM F 493 requirements. Purple primer manufactured for PVC pipe is acceptable. Faster drying Prestige Plastics CPVC primer is available, and is recommended for cold weather installations. Prestige Plastics CPVC solvent cement and purple primer are specifically required by certain code bodies to facilitate identification by plumbing inspectors.
    Should I use pipe dope, Teflon® tape, or Teflon® paste with Prestige Plastics CPVC threaded adapters?
    Teflon® tape is always safe and effective with Prestige Plastics CPVC. If you wish to use a paste or pipe dope, always check with the manufacturer for a recommendation because some pastes or dopes contain solvents that may be incompatible with Prestige Plastics CPVC.

    Myths

    MYTH: Solvent cement is the same as regular glue
    FACT: Solvent cement is specifically designed for joining plastic pipes and fittings. It is not the same as regular adhesive or glue used for other materials.
    MYTH: Solvent cement creates an instant bond.
    FACT: While solvent cement forms a bond relatively quickly, it requires sufficient curing time to reach its maximum strength. It is important to follow the recommended curing time provided by the manufacturer for optimal results.
    MYTH: Solvent cement works on all types of plastic pipes.
    FACT: Solvent cement is formulated for specific types of plastic pipes, such as CPVC. It may not work effectively or provide a strong bond with other types of plastic materials.
    MYTH: More solvent cement means a stronger joint.
    FACT: Applying excessive solvent cement does not necessarily result in a stronger joint. It is important to apply the recommended amount of solvent cement as specified by the manufacturer to ensure proper fusion and integrity of the joint.
    MYTH: Solvent cement is safe and odorless
    FACT: Solvent cement contains volatile chemicals that can emit strong odors and can be potentially harmful if not used in a well-ventilated area. It is crucial to follow safety precautions, including wearing appropriate protective gear and working in a properly ventilated space.
    MYTH: Solvent cement is always gray
    FACT: No, solvent cement is not always gray. The color of solvent cement can vary depending on the manufacturer and the specific type of solvent cement. While gray is a commonly used color for solvent cement, it can also be found in other colors such as clear or various shades of blue. The color is typically chosen to help differentiate between different types of solvent cement or to provide visual indication of the application process. It is important to check the labeling or instructions provided by the manufacturer to ensure you are using the correct solvent cement for your specific application.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.
    MYTH: Higher compression means more durable concrete
    FACT: Compression is an important characteristic for durable concrete, but there are many factors that contribute to the duration of concrete’s life. Reducing water absorption is the best way to ensure durability.

    Call Us At 042-111-777-843 To Get A Quote

    Call Us At
    042-111-777-843
    To Get A Quote

    PRESTIGE PLASTICS is a leading provider of polymer technologies designed to solve today’s production and toughest building challenges and is an innovator in the industry. We aim to deliver an unprecedented selection of plastic products with the best service and supply chain in the country.

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    Prestige Plastics is a leading provider of polymer technologies designed to solve today’s production and toughest building challenges and is an innovator in the industry. We aim to deliver an unprecedented selection of plastic products with the best service and supply chain in the country.

    Navigation
    Contact
    Subscribe Newsletter

    Prestige Plastics is a leading provider of polymer technologies designed to solve today’s production and toughest building challenges and is an innovator in the industry. We aim to deliver an unprecedented selection of plastic products with the best service and supply chain in the country.

    Navigation
    Contact
    Subscribe Newsletter

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