Your Leading Zhuji Fengfan Piping Co.,Ltd Supplier
IFAN factory started in 1993. And IFAN has workshop 120000 ㎡ with 610 staff. IFAN can design and produce all plumbing pipe and fitting include PPR PVC CPVC PPSU HDPE PEXA PEXB PERT pipe and fitting, brass fitting, brass ball valve, heating system, gas system, sanitary faucets and hose. In the past 30 Years, IFAN has never forgotten his mission-To protect health and safety. And IFAN factory use best materials to produce high quality pipe and fittings with automatic production line and high tech quality control machines. The most important, IFAN can guarantee that all pipes and fittings manufactured by IFAN are qualified.
Why Choose Us?
Quality control
We have a professional quality inspection team, and our quality inspection team will carry out strict quality inspection on the products before all products are shipped to ensure the quality of the products.
OEM & ODM Support
We have 56 professional engineers. They can design and produce all plumbing pipe and fitting.
Competitive price
We have a professional purchasing team and costing team,trying to reduce costs and profits,and provide you with a good price.
24h online service
You can contact us to inquire about pre-sales, sales, and after-sales services, and we will give you a very satisfactory.We are at your service online 24 hours a day.
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Arguably one of the most universal and versatile types of plastic piping.Compared to metal piping, PVC pipes are exceptionally strong and durable, with complete corrosion resistance and with little risk of succumbing to thermal expansion or contraction. Economical and robust, these pipes come in various sizes with a range of available fittings and can be used for both warm or cold water applications depending on the type of PVC variant.
Benefits of PVC Pipe
Resistance to corrosion
Many piping materials face eventual corrosion, which can then threaten the integrity of drinking water. This is where PVC pipes shine. They are invulnble to underground external and internal corrosion. Most cities face burst water mains, sometimes quite regularly, and this is due to corrosion of water pipes. PVC piping has proven to have the lowest pipe break rate when compared to cast iron, ductile iron, concrete, steel, and estos cement.
Resistance to chemicals
PVC pipes also show excellent resistance to many chemical reagents and disinfectant chemicals. This makes them a top choice for most water infrastructure projects as they can carry the most strong acids, alkalis, aqueous solutions, fluorides, plating solutions, brine, minl oils, and much more.
Reduced blockages
The lining of PVC pipes is very smooth. This allows for decreased water flow resistance, reducing the opportunity for potential blockages and failures in a system with many connections. With PVC piping, water flows freely with maximum water pressure. This free flow of water also helps stop the potential build-up in sewage and wastewater systems. PVC pipes have proven many times over that they offer great long-term performance and extended trouble-free service.
Quick to install & leak-free joints
Research shows that PVC pipe installation is 30% faster than the same size concrete pipe.
Plus, the pipe’s smooth surface can offer leak-free joints, reducing water loss. And their elastomeric seals allow them to be quickly and easily joined – there’s no need to use electricity or find protection from the elements.
Long life
Studies show the life expectancy of PVC pipes to be over 100 years. This and the fact that using PVC pipes reduces water main breaks and maintenance costs is a top reason to choose PVC piping.
Low cost
Not only are the pipes themselves less expensive than other materials, but because they offer low breakage rates and a high life cycle, they are even more cost-effective. This is because PVC pipes reduce the need for maintenance and ongoing work. Installation is also reduced, as they are quicker to install and transportation is cheaper too because they are light-weight.
Handle heavy loads & resistant to tree roots
This piping is very flexible and can bend without breaking, making it a good option for handling soil and heavy-duty traffic weight. On top of this, with fewer joints, PVC pipes are more resistant to root intrusion and, because the joints are fitted so tightly, they are also leak-free. PVC piping is not affected by the settlement of backfill around the pipe.
Positive environmental impact
Because they are leak-free, we see less water waste when using PVC piping. PVC products also need less energy and use fewer resources throughout their production. Because they are lighter, they require less energy and therefore less emission to transport and install. Their durability means replacement is not needed very frequently, and at the end of a PVC pipe’s life cycle, it can be easily separated from other plastics and recycled.
Health and safety
PVC is a non-toxic, inert polymer and is the world’s most researched and tested plastic. It fulfils all international standards for health and safety and for the products and applications thereof.
Types of PVC Pipe
PVC-U
PVC-U or U-PVC stands for unplasticised PVC, which means no plasticiser (US: plasticizer) has been added to the PVC compound. Unplasticised PVC is also known as rigid PVC. PVC-U is the most common PVC type for pipes and fittings including transportation of drinking water, soil and waste, sewage and underground drainage and industrial applications.Pipes and fittings made of PVC-U have many benefits. They are a safe choice for transportation of drinking water, light and easy to handle and affordable. Technical properties include high mechanical performance, high durability (at least 100 years for underground pipes), high chemical resistance and resistance to UV exposure. Moreover, PVC-U pipes have favorable environmental profiles and are 100% recyclable.
C-PVC
C-PVC or PVC-C stands for chlorinated PVC. Pipes and fittings made of C-PVC share many of PVC-U's advantages. Both are safe for use with drinking water, have high resistance to corrosion, high durability and excellent impact resistance. However, with its higher chlorine content than regular PVC-U, pipes and fittings made of C-PVC can withstand a wider range of temptures. This has made C-PVC a popular choice for water piping systems in residential as well as commercial construction. C-PVC is also significantly more ductile than PVC-U. Pipes and fittings made of C-PVC are 100% recyclable.
PVC-O
Molecularly oriented PVC (PVC-O) is the result of a production process that turns the amorphous structure of unplasticised PVC (PVC-U) into a layered structure.
PVC-O enhances the many benefits of PVC-U such as resistance to corrosion, preservation of water quality, cost-efficiency and recyclability and an unsurpassed balance between strength, stiffness and flexibility. Pipes made of PVC-O are especially advantageous when it comes to hydraulic capacity, ductility, crack propagation and impact and fatigue resistance. This means that PVC-O is an excellent choice for pressure pipes for drinking water. PVC-O is also well suited for buried non-potable applications such as irrigation and sewer pumping mains. PVC-O pipes and fittings are 100% recyclable.
Modified PVC (PVC-M, PVC-HI, PVC-A)
This family are thermoplastic alloys formed by the addition of compatible modifying agents to PVC. The modifying agents improve toughness, impact properties and resistance to crack growth that improves the fracture toughness and ductility of the material. This enhanced toughness enables modified PVC pipes to be manufactured with a thinner wall, with subsequent material savings and improved hydraulic properties. The alloying of PVC with modifying polymers achieves improvement in resistance to cracking. The result is the minimisation of the effect of stress concentrators such as scratches.
Uses of PVC Pipes
PVC pipes have a variety of uses in both residential and commercial settings. Some of the most common uses include water transportation, waste management, and electrical wiring.
PVC pipes are often used to transport water in both residential and commercial settings. They are durable and can withstand high pressure, making them ideal for this purpose.
PVC pipes are also commonly used for waste management. They are resistant to corrosion and pests, making them an ideal material for transporting waste. Additionally, they are easy to clean and maintain, which is important for keeping environments sanitary.
PVC piping can also be used as electrical wiring. It is a non-conductive material, so it is ideal for this purpose. It is also flame retardant and UV resistant, making it a safe choice for electrical wiring.
Irrigation with PVC pipes is a common practice on many farms and ranches. PVC pipes are durable, flexible, and easy to install, making them the perfect choice for irrigation. Farmers and ranchers use irrigation systems to distribute water evenly across their fields or pastures. This helps to improve the health of the crops or livestock and also saves money by using the water more efficiently.
What is a PVC Pipe made of?
PVC is an acronym for polyvinyl chloride, which is the primary chemical compound in PVC pipes. In other words, it’s a chlorinated hydrocarbon made by combining chlorine with ethylene. As a result, the finished product will be a white or light-colored plastic, which is usually rigid and durable.
Although the PVC compound is rigid and brittle in its natural state, it can become more malleable and resilient when mixed with additives like plasticizers. So, it has sevl applications, including plumbing, electrical wiring, and water conveyance. You can also use PVC pipes in wastewater systems.
The good thing about PVC pipes is that they don’t rust quickly when they come in contact with common elements found in the environment. So, for example, you can install PVC pipes in underground systems exposed to acids, bases, salts, and oils, and they won’t get damaged easily.
PVC and PE pipe are both comprised of thermoplastic materials; Polyvinyl chloride (PVC) and polyethylene (PE). Both of these materials can be used for pipe extrusion with excellent results over traditional pipe materials such as concrete and steel.
Both PE and PVC pipes are commonly used to transport large volumes of liquid (water, fertilizer, hazardous chemicals) at a high velocity. Plastic pipe are able to maintain this velocity with less drag and turbulence than traditional concrete or metal pipes providing greater resistance to scaling and buildup. PE and PVC pipes are also better at maintain a uniform tempture across the pipeline system and are resistant to a number of chemicals, severe environmental factors, and aggressive fungi in soils. Both PE and PVC pipes can be used over long periods of time and serve as a cost effective piping solution for any application.
Connecting PVC pipe and Fittings with Screws
You can create a temporary yet secure connection between PVC pipes and fittings by using threaded screws, to provide a robust structural hold without the permanent bonding of PVC cement. This method offers the flexibility to reuse or reposition fittings later on.
It's a valuable approach for connecting PVC, but it comes with certain limitations. It may not match the strength of PVC cement, and it's not suitable for components with an internal fit, such as couplings and dome caps. Here's a step-by-step guide on connecting PVC using fasteners:
Insert the pipe into the fitting.
Ensure that the PVC pipe is fully seated inside the fitting, and if needed, use a mallet to ensure complete insertion.
Create a pilot hole.
Use a 1/8" drill bit to create a pilot hole approximately midway between where the pipe and fitting meet on the side of the fitting. This hole will facilitate the insertion of the screw.
Insert the screw.
Utilizing a power drill or driver, insert a self-tapping threaded screw into the pilot hole you just drilled. Make certain that the screw is long enough to go through both the fitting and the pipe.By following these steps, you can securely connect PVC components using fasteners, allowing for a robust but removable connection, especially suited for projects that require flexibility and repositioning
What Do the Different Colors of PVC Pipe Mean?
PVC (Polyvinyl Chloride) pipes are a ubiquitous part of modern plumbing and construction, known for their durability, affordability, and versatility. One of the lesser-known aspects of PVC pipes is the wide range of colors they come in. These various colors serve specific purposes and are not merely aesthetic choices.
White PVC Pipe
White PVC pipes are the most common and widely used among the different colors. They are typically used for potable (drinkable) water systems, irrigation, and drainage applications. The white color signifies that the pipe is intended for carrying clean, safe water. White PVC pipes are also used for various residential plumbing tasks, such as connecting fixtures, sinks, and toilets.
Gray PVC Pipe
Gray PVC pipes are primarily used for the transportation of non-potable (non-drinking) water. These pipes are often used in industrial applications, as well as for underground irrigation systems. The gray color helps distinguish them from white pipes to prevent accidental use for potable water, which could pose health risks.
Red PVC Pipe
Red PVC pipes are typically used for electrical and communication conduit systems. The color red indicates that these pipes house electrical wires, cables, or communication lines. The red color provides an easily recognizable distinction from other types of pipes and helps prevent accidental damage to electrical systems during construction or repairs.
Blue PVC Pipe
Blue PVC pipes are designated for carrying potable (drinkable) water. They are commonly used in outdoor and underground applications, such as municipal water distribution systems and water mains. The blue color serves as a visual cue to identify pipes that carry safe drinking water.
Green PVC Pipe
Green PVC pipes are primarily used for sewage and wastewater systems. They are commonly employed for underground drainage and sewer lines, indicating that they transport wastewater and should not be used for potable water. The green color helps in the easy identification of pipes intended for wastewater management.
Yellow PVC Pipe
Yellow PVC pipes are used for natural gas distribution lines. The yellow color signifies that these pipes carry natural gas, which is highly flammable and potentially dangerous if mishandled. Using the appropriate color coding is crucial for safety in these applications.
Orange PVC Pipe
Orange PVC pipes are typically used for underground electrical conduit systems. These pipes are designed to protect electrical wires and cables buried underground. The orange color aids in distinguishing them from other types of conduits and underground utilities.
Purple PVC Pipe
Purple PVC pipes are used for reclaimed or recycled water systems. These pipes transport treated wastewater for non-potable uses like irrigation, industrial processes, or toilet flushing. The purple color helps prevent cross-connection with potable water systems and indicates that the water is not suitable for drinking.
Certifications
Our Factory
IFAN factory started in 1993. And IFAN has workshop 120000 ㎡ with 610 staff. IFAN can design and produce all plumbing pipe and fitting include PPR PVC CPVC PPSU HDPE PEXA PEXB PERT pipe and fitting, brass fitting, brass ball valve, heating system, gas system, sanitary faucets and hose.
FAQ
Q: What is the difference between PVC and plastic pipes?
Q: Is PVC plumbing good or bad?
Q: What PVC means?
abbreviation for. polyvinyl chloride; a synthetic thermoplastic material made by polymerizing vinyl chloride. The properties depend on the added plasticizer. The flexible forms are used in hosepipes, insulation, shoes, garments, etc. Rigid PVC is used for moulded articles.
Q: Why is PVC not used for plumbing?
Q: Can you use PVC for drinking water?
Q: Is PVC OK for indoor plumbing?
Q: What is the safest pipe for drinking water?
Copper pipes with lead-free joint materials are the best choice for water pipes. They are long-lasting and won't leach chemicals into your drinking water. However, copper pipes are genlly more expensive, and copper's intensive extraction and manufacturing process presents some environmental trade-offs.
Q: Does PVC off gas?
Q: Why can't you use PVC for hot water?
Q: Can I use PVC for a toilet?
Q: Is PVC pipe cancerous?
Q: Is PEX the same as PVC?
Q: Can I use GREY PVC for water?
Q: What is the difference between white PVC and black PVC pipe?
Q: What is the avge lifespan of PVC pipe?
Q: How do I know if I have PVC or CPVC?
Q: Is it cheaper to run PEX or PVC?
Q: What color PVC pipe is the strongest?
Q: What deteriorates PVC pipe?
Q: What can I use instead of PVC?
As one of the leading pvc pipe manufacturers and suppliers in China, we warmly welcome you to buy or wholesale bulk cheap pvc pipe from our factory. All our products are with high quality and competitive price. Contact us for pricelist.
Plastic PVC Pipes, PVC Water Pipes