ISCO is the largest distributor and installer of of PE-RT (Polyethylene of Raised Temperature) pipe in the United States.
With pressure ratings up to 180°F, PE-RT pipe significantly expands the operation window for high-temperature applications in industrial, district heating, hot water service lines, mining, oil and gas, and more. PE-RT pipes offer a durable, leak-free, and long-lasting solution for hot water transmission, with improved performance and reliability.
Industry experience
ISCO has years of experience and expertise installing PE-RT pipe in a wide range of applications including campus and district energy, geothermal, oil and gas, mining, chilled water distribution, and more.
Product advantages
PE-RT pipe provides a multitude of advantages including exceptional temperature resistance, flexibility for easy installation, corrosion resistance, durability, lightweight properties, and environmental sustainability.
Training and service
At ISCO, our value goes beyond the products we sell. We provide onsite and custom fusion training, fabrication, and project management services that form a complete solution for your piping projects.
The PE-RT Advantage
Elevated temperature resistance
Higher permissible operating temperatures compared to standard PE4710 pipe products
Wider temperature range
PE-RT pipe allows continuous operation at temperatures from -49°F (-45°C) to 180°F (82°C).
Enhanced stress crack resistance
PE-RT pipe is 20 times the PE4710 requirements for stress crack resistance
Sandless installation advantage
Installation of PE-RT pipe allows use of native backfill material from trench (sandless installation) for shallow, non-traffic applications
Uniform fusion compatibility
The process for fusing PE-RT pipe follows same butt fusion parameters as standard PE4710 pipes
Advanced oxidative stability
PE-RT pipe was designed with a patented stabilizer system for high temperature oxidative environments with ASTM D3350 CC3 rating
Download our PE-RT Spect and Technical Guide
Hear how Texas A&M utilized PE-RT pipe for a more sustainable campus.
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