Some of your Questions:

Q. What is CPVC plumbing pipe?

Let us begin by understanding what CPVC actually means. CPVC refers to Chlorinated Polyvinyl Chloride. Created from a special blend of CPVC, these plumbing pipes can handle the stress of up to 2000 PSI and can withstand temperatures up to 93°C. The CPVC piping system can easily transport both hot and cold potable water. That is why it is best suited in places where a hygienic and uncontaminated supply of water is needed. This includes areas like residential buildings, commercial buildings, hotels, educational institutions, swimming pools, and much more.

Q. What is the life of CPVC Pipe?

The material used in CPVC pipes is highly durable and hence, you can expect an estimated lifespan of 50 to 80 years, with an average of 70 years. Meaning, you can get yourself an easy installation today and can continue to use it for the next 70 years. Also, our CPVC pipes provide hassle-free and superior performance irrespective of weather conditions.

Q. Is SHRIDEV CPVC Pipe good for plumbing?

Yes, our CPVC pipes are an ideal solution for your plumbing woes. CPVC pipes have been successfully used in plumbing applications around the world for more than 50 years, which shows how amazing CPVC is when it comes to plumbing. Our CPVC pipes are made from finished compounds that are lead-free which makes them more than capable to carry potable water as well, which is not the case with other pipes.

Q. What are the product ranges of CPVC pipes available at SHRIDEV ?

Our range of CPVC pipes includes SDR 11 and 13.5. These are built in different dimensions keeping in mind the usage and applications.

Q. What makes SHRIDEV CPVC pipes suitable for potable water?

SHRIDEV CPVC pipes are one of the most prominent names that come to mind when it comes to a safe water supply. There are a variety of reasons why one would opt for SHRIDEV CPVC pipes, they are: Our CPVC pipes are made of hi-tech PVC material that is highly resistant to corrosion and bacteria. They are also fully capable of withstanding high-temperature fluctuations. This makes them perfect for water distribution as they can tolerate high ranges of temperatures and outer environmental conditions without degrading over time.