Which is better CPVC or GI?

More Durable – CVC Pipes are durable as compared to GI pipes. This is because GI pipe are not corrosion resistant and so they eventually rust. CPVC pipes are corrosion resistant pipes. Compatible to hot & cold water – CPVC pipes are not affected by warm water unlike GI pipes.

Which is better CPVC and UPVC?

The primary difference between CPVC and UPVC lies in its resistance to temperatures. While CPVC can withstand upto 93 Deg C temperature which makes it suitable for both hot and cold water, UPVC can withstand only upto 60 Deg C and as such is suitable for cold water applications only.

Which pipe is better GI or PVC?

More Durable – PVC Pipes are durable as compared to GI pipes. This is because GI pipe are not corrosion resistant and so they eventually rust. PVC pipes are corrosion resistant pipes. Compatible to hot & cold water – PVC pipes are not affected by warm water unlike GI pipes.

What is the difference between PVC and UPVC?

There is only one difference between PVC and uPVC and that is that PVC contains BPA and phthalates, which are two plasticizers that make it more flexible. The “u” in uPVC stands for “unplasticized,” and because it doesn’t have these extra materials, uPVC is often called rigid plastic.

What is the difference between CPVC and UPVC?

UPVC is unplasticized PVC. This means plasticizers are not added to it. CPVC is Chlorinated PVC. The main difference between UPVC and CPVC is that UPVC is made without adding plasticizers whereas CPVC is made by adding plasticizers and undergoing the process of chlorination.

What is GI plumbing?

Galvanised Iron (GI) Pipes are manufactured using mild steel strips of Low Carbon Steel Coils. The GI Pipes are generally used for distribution of treated or raw water in rural or urban areas. These pipes are cheaper, light weight and easy to handle.

Is CPVC more expensive than uPVC?

The chlorine bonded to the carbon atoms of the pre-chlorinated PVC contains 65-67\% chlorine, which is 7\% more than UPVC. CPVC is an extremely valuable, structurally rigid and solid plastic material used in industrial media transport applications with a maximum operating temperature of up to 100°C.