hdpe-pipe-fittings Manufacturer & Supplier in India
Leading SHK Thermo PPR pipes manufacturer & supplier offering 3-layer glass fibre reinforced pipes for chemicals & industrial thermal applications.
- ISO Certified
- PE80 & PE100 Grade
- ISO Standard Compliant
- Pan-India Bulk Supply
- Custom Sizes Available
- Fast Dispatch
What Are HDPE Pipe Fittings?
HDPE pipe fittings short for High-Density Polyethylene pipe fittings are precision-engineered components used to connect, bend, branch, or close HDPE pipeline systems. Manufactured from PE80 or PE100 grade polyethylene, these fittings deliver exceptional performance in both above-ground and underground installations.
Unlike traditional metal fittings, HDPE pipe fittings are fully corrosion-resistant, chemically inert, lightweight, and flexible. Their fusion-joined connections create a seamless, monolithic pipe system with zero leakage, making them the preferred choice for modern infrastructure projects across India and globally.
Types of HDPE Pipe Fittings We Offer
As a leading HDPE pipe fittings manufacturer in India, we supply two primary categories of fusion fittings, each engineered for specific installation methods and pipeline requirements.
HDPE Spigot Fittings
HDPE spigot fittings are designed for butt fusion welding, where the fitting end is melted and fused directly to the pipe using a hydraulic fusion machine. Ideal for large-diameter, high-pressure pipeline systems requiring permanent, high-strength joints with zero joints failure risk.
HDPE Electrofusion Fittings
HDPE electrofusion fittings use an embedded electrical resistance wire to fuse the fitting to the pipe using an electrofusion control unit. Perfect for repairs, confined spaces, and critical systems such as gas distribution and potable water networks where precise, reliable joints are essential.
HDPE Spigot Fittings
- Butt Fusion: Used for butt fusion welding to create permanent, high-strength pipeline connections.
- Strong Joints: Fused joints are as strong as the pipe itself, no mechanical weakness.
- Leak Proof: Monolithic fusion eliminates any point of leakage in the system.
- Durable Build: PE100 grade material ensures 50+ years of service life.
HDPE Electrofusion Fittings
- Easy Install: Ideal for quick and reliable pipe joining using electrofusion technology in critical systems.
- Precision Joint: Microprocessor-controlled fusion ensures consistent, repeatable joint quality.
- No Leakage: Fully sealed fusion zone with built-in observation ports for quality checking.
- High Strength: Withstands high pressures and thermal expansion without joint failure.
Applications of HDPE Pipe Fittings
Our HDPE pipe fittings are trusted across a wide spectrum of sectors where reliable, long-lasting, and leak-proof pipeline systems are non-negotiable.
Water Supply
Potable water distribution networks, municipal water mains, and drinking water transmission pipelines
Irrigation
Drip irrigation, sprinkler systems, and agricultural main supply pipelines across farmlands.
Industrial Pipelines
Chemical processing plants, effluent discharge lines, and process fluid transport systems.
Drainage Systems
Stormwater drainage, sewage collection networks, and underground drainage infrastructure.
Cable Ducting
Underground conduit systems for telecom, Fiber optic, and power cable protection and routing.
Gas Distribution
Natural gas and LPG distribution networks using electrofusion fittings for leak-proof critical joints.
Frequently Asked Questions
Still have questions about SHK PPR pipes? Here are quick answers to what customers ask us most before placing an order.
PN stands for the nominal pressure rating a pipe can withstand. PN10 is suited for low-pressure cold-water lines, PN16 handles moderate hot & cold-water pressure, and PN20 is built for high-pressure applications such as industrial and fire-fighting systems.
When installed correctly using socket or butt fusion jointing, SHK PPR pipes are UV-stabilized and built to deliver a maintenance-free service life of 50+ years under standard operating conditions.
Yes. PPR pipes are engineered to perform reliably across a working temperature range of -5°C to 95°C, making them suitable for hot-water, cold-water, and compressed-air distribution in residential, commercial, and industrial projects.