sprinkler pipe

sprinkler pipe Specification

Features
Corrosion Resistant, UV Stabilized, Lightweight, High Strength

Fire Class
Class A, B & C

Technology
Extruded Thermoplastic Pipe

Installation Type
Surface/Underground Mount

Coverage Area
Wide Area Coverage

Mounting Type
Horizontal/Vertical

Control Type
Manual/Automatic

Fire Extinguisher Type
Water-Based Sprinkler System Pipe

Working Temperature
-10C to 60C

Coating Type
None (Self-Finish)

Shape
Round Pipe

Connectivity Type
Socket/Threaded Joint

Energy Efficiency Rating
High Efficiency

Operating Pressure
2.5 to 6 kg/cm2

Application
Irrigation, Fire Fighting, Water Sprinkler Systems

Max Flow Rate
Up to 180 L/min

Diameter
63 mm

Capacity
Variable as per System Design

Pressure
6 kg/cm2

Length
6 Meter (Standard)

Life Expectancy
Up to 50 Years under Standard Conditions

Standards Compliance
IS 14151 (BIS Approved)

Burst Pressure
10 kg/cm2

Color
Black

Material
High-Density Polyethylene (HDPE)

Manufacturing Process
Extrusion Molding

End Connection
Push-Fit/Compression Fittings

Inner Surface Finish
Smooth for Low Friction Loss

sprinkler pipe Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
2-10 Days

About sprinkler pipe

CPVC pipes, lightweight and corrosion-resistant, are increasingly popular for residential and light hazard installations due to their ease of installation and cost-effectiveness.

Exceptional Durability & Longevity

Crafted from high-density polyethylene, these pipes are designed for longevity with a life expectancy of up to 50 years under standard operating conditions. The corrosion resistance and UV stabilization make them ideal for use in the harshest environments, ensuring continuous performance for decades.

Superior Hydraulic Efficiency

The smooth internal surface guarantees low friction loss, maximizing water flow while minimizing energy consumption. With a maximum flow rate of 180 L/min and compatibility with high-efficiency sprinkler systems, these pipes efficiently deliver water to wide coverage areas.

Versatile Applications & Easy Installation

This pipe line is suitable for various uses, including irrigation, fire fighting, and central water supply systems. With socket and threaded joint connectivity, mounting can be done vertically or horizontally, above or below ground. Push-fit/compression fittings simplify installation, ensuring rapid setup and secure connections.

FAQ's of sprinkler pipe:

Q: How are the HDPE sprinkler pipes installed for optimal performance?

A: These pipes support both surface and underground mounting, using push-fit or compression fittings for secure connections. Installation should follow standard guidelines, ensuring proper alignment and joint sealing to avoid leaks. Their lightweight structure makes handling and positioning easy during setup.

Q: What are the benefits of using this HDPE sprinkler pipe for irrigation or fire fighting?

A: The HDPE pipe offers corrosion resistance, UV stabilization, high strength, and a smooth inner lining that reduces friction losses. This combination ensures reliable, long-term operation with minimal maintenance, making it ideal for widespread irrigation and robust fire fighting systems.

Q: When should I choose this pipe over other materials for my sprinkler system?

A: Choose this HDPE pipe when you need high burst pressure (up to 10 kg/cm2), wide area coverage, long-term durability, and resistance to environmental factors. Its high efficiency and compliance with IS 14151 standards make it suitable for both agricultural and commercial fire protection applications.

Q: Where can this HDPE sprinkler pipe be used effectively?

A: This pipe is designed for irrigation networks, water sprinkler systems, and fire fighting installations in agricultural lands, industrial zones, warehouses, and residential complexes throughout India and regions with similar climate challenges.

Q: What is the process used in manufacturing this HDPE sprinkler pipe?

A: The pipe is manufactured through extrusion molding, which ensures consistency in diameter and wall thickness. This process produces a smooth interior for optimal water flow and ensures the durability required for high-pressure environments.

Q: How does the smooth inner surface of the pipe enhance energy efficiency?

A: The smooth surface significantly decreases friction losses, allowing water to flow with less resistance. This lowers the energy demand for pumping, contributing to a higher energy efficiency rating and reduced operational costs.