Hdpe Pvc Pipe

Name: Hdpe Pvc Pipe
Brand: XENON PIPES INDIA PRIVATE LIMITED
Price: 15.0 INR
Availability: InStock

Price 15.0 INR/ Meter

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Hdpe Pvc Pipe Specification

Life Span
Up to 50 years

Application
Water supply, Agricultural irrigation, Sewage management, Industrial piping

Feature
Corrosion resistant, UV stabilized, Flexible, Leak-proof, Chemical resistant

Pressure
2.5 to 16 bar (varies as per class and diameter)

Product Type
HDPE PVC Pipe

Material
Other

Shape
Round

Standard
IS 4984, IS 14333, ISO 4427, DIN 8074/75

Connection Type
Butt fusion, Electrofusion, Flange, Compression fittings

Length
Standard coils of 50, 100, or 200 meters and straight lengths of 6 or 12 meters

Thickness
2 mm to 50 mm (as per specifications)

Diameter
16 mm to 630 mm

Weight
Varies by pipe size and length

Color
Black with blue stripes

Minimum Bending Radius
12 times outer diameter (HDPE)

Eco-Friendliness
Recyclable and environmentally safe

Electrical Insulation
Excellent (for cable ducting applications)

Resistant To
Chemicals, abrasion, and biological growth

Toxicity
Non-toxic, suitable for potable water

Jointing Method
Welding or mechanical fittings

Applications (Extended)
Cable ducting, Gas pipeline, Firefighting systems

Surface Finish
Smooth inner surface for reduced friction losses

Burst Pressure
Up to 45 bar, depending on diameter and class

Installation
Easy handling and installation due to flexibility

Temperature Range
-40C to +60C

Hdpe Pvc Pipe About

Black PVC Pipe is a durable, lightweight, and corrosion-resistant thermoplastic pipe designed for water distribution, irrigation, drainage, industrial fluid transport, cable protection, and other utility applications. The black colour provides improved UV resistance for outdoor installations, making it suitable for long-term exposure to sunlight. Its smooth internal surface reduces friction loss and ensures efficient fluid flow.

Specifications

Parameter	Specification
Material	Polyvinyl Chloride (PVC / uPVC)
Colour	Black
Diameter Range	20 mm to 315 mm OD (larger sizes available from some manufacturers)
Pressure Class	PN 2.5, PN 4, PN 6, PN 8, PN 10, PN 12.5, PN 16
Standard Length	3 m, 6 m (custom lengths available)
Joint Type	Solvent Cement Joint / Rubber Ring Joint (RRJ)
Temperature Range	Up to 60C (typical operating temperature)
Surface Finish	Smooth inner and outer surface
Standards	IS 4985 (uPVC pressure pipes), ASTM/DIN standards as applicable
Service Life	More than 50 years under recommended operating conditions

Features

UV-resistant black colour for outdoor use
Lightweight and easy to install
Corrosion, rust, and chemical resistant
Smooth bore for high flow efficiency
Leak-proof joints
Low maintenance
Strong and durable
Long service life

Applications

Agricultural irrigation systems
Water supply pipelines
Industrial fluid conveyance
Cable and utility protection
Drainage systems
Borewell and infrastructure projects

Superior Durability and Versatility

HDPE and PVC pipes combine chemical resistance, strength, and flexibility, making them ideal for diverse uses-from water supply to fire safety systems and underground cable protection. Their robust design ensures resilience against abrasion, UV radiation, and biological growth in harsh industrial and environmental conditions.

Efficient, Leak-Proof Flow and Installation

Smooth inner surfaces minimize friction losses, promoting efficient fluid transport. Their flexibility permits easy installation with options such as butt fusion, electrofusion, flange, and mechanical fittings. The minimum bending radius accommodates adaptive installation in varied terrain, reducing labor and jointing costs.

Eco-Friendly and Long-Lasting Solution

With a design life of up to 50 years, these pipes are recyclable and produce no toxic byproducts, aligning with sustainable infrastructure goals. Their corrosion resistance and compatibility with potable water underline their role in providing safe, clean water solutions.

FAQ's of Hdpe Pvc Pipe:

Q: How are HDPE and PVC pipes installed for different applications?

A: Installation of HDPE and PVC pipes is straightforward due to their flexibility and lightweight nature. They can be joined using methods like butt fusion, electrofusion, flange, or compression fittings, depending on the application. This versatility allows for quick and secure connections in both underground and above-ground projects.

Q: What makes these pipes suitable for potable water supply and sensitive applications?

A: HDPE and PVC pipes are entirely non-toxic and designed with a smooth inner surface to minimize contamination risks, making them ideal for potable water supply. They comply with internationally recognized standards (IS 4984, ISO 4427) to guarantee water safety and maintain water quality over decades of use.

Q: Where can these pipes be used apart from standard water supply?

A: Beyond water supply, these pipes are extensively used in agricultural irrigation, sewage management, gas pipelines, firefighting systems, and as cable ducting. Their outstanding chemical resistance and electrical insulation make them suitable for industrial and infrastructure projects.

Q: What benefits does the smooth inner surface provide to users?

A: The smooth inner surface of these pipes significantly reduces friction losses, resulting in improved flow rates and energy efficiency. This feature helps lower operational costs by reducing pumping pressures needed to transport fluids over long distances.

Q: When should one opt for HDPE or PVC pipes based on temperature and pressure requirements?

A: Choose HDPE or PVC pipes when the operating environment falls within the temperature range of -40C to +60C and pressures between 2.5 to 16 bar (according to class and diameter requirements). For high-burst pressure demands, HDPE pipes offering up to 45 bar are recommended.

Q: How do these pipes contribute to sustainability and eco-friendliness?

A: HDPE and PVC pipes are recyclable and produce no toxic residues, supporting environmentally conscious construction. Their extended lifespan, up to 50 years, reduces the need for frequent replacements, contributing to reduced resource consumption and waste generation.

Q: What processes are involved in joining and maintaining these pipes?

A: HDPE and PVC pipes can be joined using welding processes (butt fusion or electrofusion) for a leak-proof seal or through mechanical fittings that simplify installation. Maintenance is minimal due to their resistance to corrosion, leaks, and biological growth.

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