Energy-Gas

Pre-insulated multi-energy pipe

Packaging

Crown

Crown

The environmental plus

No need for additional insulating materials

Application

Terrendis pre-insulated, hyper-flexible pipe system with double heat transfer tube for water circulation and two sheaths for electrical cables must be connected to a heat production source.

The Multi-Energy Pre-Isolated Pipe (PIME) consists of two heat transfer tubes and two ICTA 3422 sheaths, separated from each other by insulation.

This pipe is designed for all your projects involving the connection of a heat production source (combustion systems, PAC heat pump, thermodynamic, renewable, etc.) to the building's distribution system, or to link two premises together.

Heat transfer pipes are made of PER-A cross-linked polyethylene with an oxygen barrier. They are mainly used to transportheating water,domestic hot water or other fluids in underground networks.

The thermal insulation consists of several layers of micro-cellular, cross-linked polyethylene foam with a closed-cell structure that is totally waterproof.

This insulation is characterized by its durability, its constant insulating value over time, and its permanent elasticity, which maximizes and maintains the thickness of the insulation layers, even after repeated bending.

The black, double-walled, corrugated PE-HD outer jacket is UV-resistant. It protects the pre-insulated pipe system from impact and water ingress, while maintaining maximum flexibility.

Assets

  • Excellent flexibility
  • 2 high-quality, double-walled ICTA 3422 electrical conduits
  • Double-walled to resist impact and water ingress
  • UV-resistant
  • Constant insulation over time
  • Excellent thermal characteristics
  • High abrasion resistance
  • Barrier to oxygen diffusion
  • CFC-free production
  • Certificate of Sanitary Conformity

Features

Material: Cross-linked polyethylene PER-a
Heating pipes: PER-a / SDR 11
Standards: ACS certificate
NF EN 15632-1&3
Outside diameter: 140 and 160 mm
Packaging: coils cut to order

ACSCSTBQB