Jagannath Industries High Density Polyethylene (HDPE) Pipes

HDPE is a revolutionary thermoplastic used to overcome all the shortcomings of pipes as a medium for ducting for optical fibre and other cables and the flow of fluids.

It is popularly used and recommended by Consultants and Field Engineers due to its high flow efficiency, strength, longevity, low cost of operation and maintenance, and a host of other unique features.

These pipes are typically produced using polyethylene thermoplastic that is made from petroleum.

We use graded materials such as PE 63, PE 80, and PE 100 to manufacture HDPE pipes.

With exceptional strength, greater geographic reach, and excellent capacity, our resources render an unmatched capability for HDPE products and applications.

"As an innovative leader in the industry, we combine high-level technology with superior customer service to produce the most diverse polyethylene pipes and fittings.

Our engineers, product designers, and specialists work closely with our customers to develop unique solutions to their projects

Being one of the top producers of HDPE pipes, we offer the most comprehensive line of products.

In addition to meeting the required standards and specifications, our pipes go through stringent and extensive quality testing to ensure they can maintain their performance over time.

HDPE Pipes Specification & Size :

We manufacture our products using superior technological infrastructure, right from the very beginning to the end of the process.

The size and specifications of polyethylene pipes typically depend on their uses.

It includes determining the thickness required, the weight, and tolerance.

To put it precisely, by calculating the pipe density with the calculation of its mass, along with the tolerance required, we decide on the size of the pipe to be manufactured.

Features Of Our HDPE Pipes :

Lightweight

Leak-free

Flexible

Strong and tough

Corrosion resistant

Long-lasting

Cost competitive

Easy to handle and transport

Refer Catalogue for more information "