High-Temperature "HT" GRE Pipes: Engineered for Extreme Conditions
Our high-pressure, HT Glass Reinforced Epoxy (GRE) pipes are engineered to endure the most demanding chemical processing and industrial environments, where high-pressure, elevated temperatures, chemical resistance, and fire protection are essential. Specifically designed for critical systems in power plants, chemical processing facilities, and steam transport applications, these pipes offer unmatched durability, corrosion resistance, and long-lasting performance.
Our HT GRE pipes, manufactured using Acid Anhydride Curing, are engineered to withstand up to 120°C, ensuring long-term durability, reduced maintenance, and reliable performance in demanding industrial environments. With superior chemical resistance, exceptional mechanical strength, and compliance with fire safety standards, they provide optimal efficiency and contribute to uninterrupted operations in the toughest conditions. Whether used for fire protection systems or industrial chemical transport, these pipes are the trusted solution for challenging applications.
Key Features
Heat Resistance Up to 120°C: Designed for environments with elevated temperatures, such as thermal plants, chemical reactors, and fire protection systems, ensuring optimal performance under heat stress.
Thermal Stability: Built to maintain structural integrity even with prolonged exposure to HT, minimising maintenance needs and ensuring long-term reliability in fire protection applications.
High-Pressure Performance: With the ability to withstand pressures up to 5.5 MPa, our GRE pipes are ideal for high-pressure steam, chemical fluid transport, and firewater systems.
Chemical Resistance: These pipes ensure safe and efficient transport of a wide range of chemicals, reducing the risk of degradation and failure in aggressive environments, including fire protection systems.
Optimised Fluid Flow: Featuring a low friction coefficient, these pipes provide superior hydraulic performance, reducing energy consumption and improving chemical transport efficiency in fire protection systems.
Lightweight & Easy to Handle: Despite their high-pressure and temperature capabilities, our GRE pipes are lightweight, simplifying transportation and installation, even in fire protection applications.
Minimal Maintenance: Exceptional durability and corrosion resistance ensure long-lasting performance and reduce the need for frequent repairs in fire protection and industrial applications.
Global Compliance: Manufactured in compliance with ISO 9001 and API industry standards, guaranteeing high-quality performance and compatibility with international regulations, including fire protection standards.
Customisable for Industrial & Chemical Applications: Flexible in diameter, pressure rating, and length, our pipes are tailored to meet the specific needs of your operation, offering optimal performance in various industrial settings, including fire protection.
Applications
✔ HT Fluid Transport: Safely handles the transportation of HT fluids in energy, chemical processing, fire protection systems, and industrial systems.
✔ Thermal Power Plants: Designed for use in thermal power plants, ensuring the efficient movement of steam and hot fluids under high-pressure, while meeting fire resistance requirements for critical systems.
✔ Steam Transport Systems: Perfect for transporting steam in power plants, industrial heating systems, and firewater systems, providing optimal performance in extreme heat environments and fire protection applications.
✔ Chemical Processing Systems: Resistant to a variety of chemicals, these pipes are ideal for industrial chemical transport applications, ensuring safety, reliability, and fire protection capabilities in demanding environments.
Premium Materials & Quality Control
Our high-pressure HT GRE pipes are manufactured using premium epoxy resins and PPG fiberglass, sourced from trusted suppliers like DOW and PPG. The pipes are produced using advanced filament winding technology, ensuring superior strength, high-pressure durability, and exceptional chemical resistance. They are also coated with an acid anhydride cured system, offering additional protection against chemical attack and wear, further enhancing their reliability in harsh environments. This technology guarantees that the pipes maintain their integrity and performance under extreme HT conditions, including exposure to aggressive chemicals.
Every pipe is rigorously tested, including hydrostatic pressure testing, and manufactured in compliance with ISO 9001 (Quality Management Systems), API 15LR (Oil and Gas Pipeline Systems), API 15HR (High-Pressure Systems), ISO 14692 (Petroleum and Natural Gas Industry Standards), and ASTM F1173 (Jet Fire Resistance), ensuring top-tier quality, reliability, and durability in demanding chemical processing environments.
Smart Product Selection
To simplify decision-making, our Step-by-Step Product Selector helps identify the best GRE pipe based on:
Pressure Rating (Low, Medium, High)
Temperature Range (<65°C, 65°C–93°C, >93°C)
Application Type: Industrial & Chemical Processing (including chemical transport, petrochemical pipelines, and industrial fluid systems, and fire protection systems)
Dynamic recommendations offer real-time product suggestions, with direct access to product specifications and downloadable reports for informed decision-making.
Specifications Table
Feature | HT Industrial & Chemical Processing GRE Pipes |
|---|---|
Pressure Rating | ≤ 5.5 MPa ( 55 bar ) |
Diameter Range | 40mm – 1000mm (1½” – 40″ ) |
Temperature Resistance | Up to 120°C |
Applications | HT Fluid Transport, Chemical Transport Systems, Industrial Process Systems, Thermal Power Plants, Petrochemical & Refining Industries, Chemical Processing Plants, HP Steam Transport, Fire Protection Systems |
Standards | API 15LR, API 15HR, ISO 14692, ISO 9001, ASTM F1173 |
