Why is pvc used in pipes

Chemical compatibility and tolerance can vary significantly with the specific chemical in question. The chlorine content of PVC pipe and equipment provides increased material resistance against chemical attack, degradation as well as fire, flame spread. As a result, schedule 80 PVC plumbing is often used in chemical handling, production processes, delivery and transfers. Common chemicals for this usage of PVC include: organic and inorganic acids, anhydride acids, alcohols, hydrocarbons, ammonias, alkalis, halogens, salts and oxidizing acids.

The use of PVC for infrastructural needs and as a building structural material has increased over the past few decades due to the rising demands for a lower cost, yet effective alternative to wood and other building materials. A leading use of PVC pipe for building infrastructure is in air ventilation and exhaust handling.

Vinyl PVC is also frequently used in the production of siding along houses and frames around doors and windows. The use of vinyl for this application promotes building insulation, increasing its resistance against hot and cold temperature fluctuations.

Vinyl frames and siding are also known and implemented for their resistance to algae and mold growth. In terms of long term suitability, PVC can provide a service life that is capable of outlasting the use of the structure it is intended to be installed on. Polyvinyl chloride has excellent thermal and electrical resistance in terms of conductivity. These properties of PVC have promoted the use of vinyl as coatings and insulating sleeves for electrical cables, wires, components and circuitry.

Many commonplace wires and electrical components within modern electronics feature a vinyl coating or they are ran through standard PVC pipe, duct pipe or flex pipe.

The vinyl coating is designed to protect against human or environmental exposure, overheating, electrical short-circuiting and other hazardous situations that can arise whenever handling electricity is involved. Due to research-supported classification of PVC as an inert, non-toxin-releasing, corrosion resistant material , PVC has developed an important, integral role within the healthcare industry.

PVC is the material that is used to manufacture the transparent bags and tubing that are used to handle, store and deliver blood, IV fluids and medications to patients.

The development of such PVC products have contributed to the rise of modern blood banks as well as modern medical practices that help heal or save people's lives every year. This is good for both the environment and the utility bill.

PVC pipes are easily recyclable and can be recycled several times without losing their technical properties. This recyclate is used to manufacture new pipes and a range of other PVC products.

Traceability and certification schemes for recyclates ensure a high degree of safety and quality for the recycled PVC. Using recycled PVC helps meet resource-efficiency targets and allows the preservation of natural resources. Why PVC pipes? PVC pipes: safe, durable, sustainable and recyclable PVC pipes are used in a wide variety of piping applications , from transportation of drinking water over drainage solutions to advanced fire-sprinkler systems.

This is due to their high degree of inertness and resistance to corrosion. Studies show the life expectancy of PVC pipes to be over years. This and the fact that using PVC pipes reduces water main breaks and maintenance costs is a top reason to choose PVC piping. 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.

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. 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. It fulfils all international standards for health and safety and for the products and applications thereof. As you can see, with only two cons on the list, PVC Piping is a product of modern technology that offers reliable and durable service to a variety of users, including plumbers, contractors, engineers, operators, industries, utilities, and irrigation districts.

Due to its number of advantages, PVC pipes are an obvious choice for new piping or to replace other traditional pipe options. Any homeowner can tell you that your plumbing system is one of the most essential parts of your house.

If you need professional service, call the certified technicians at Accurate Leak.