Underfloor Heating Pipe System

The 5-layer system pipeline can withstand very high stresses. The pipeline meets the strictest requirements, continuously withstanding a stress of 95 ° C under a working pressure of 6 kilograms, and increasing to 110 ° C in the short term. The system is interactive cross-linked throughout the entire process.

All five layers of the system pipe are co-extruded and then subsequently cross-linked throughout by means of a patented production process. This ensures connections at the molecular level, not only within the individual layers but also between them. As a result, the five-layered pipe is absolutely stable. Interactive cross-linking improves the mechanical, thermal and chemical characteristics of the Thome DUOPEX S5 system pipe and provides additional safety reserves.

system pipe – the solution for challenging applications in the low-temperature range

The highly flexible 5-layer Thome X-PERT S5+ system pipe, in combination with the new Thome system panels, is a system which has been optimized to meet the specific requirements of applications in the low temperature range. The "X" in "Thome X-PERT S5+" represents the excellent finish of the material. It is designed with a safety plus for a continuous thermal stress of 70 °C and a short-term thermal stress of 100 °C. The Thome X-PERT S5+ system pipe is continuously pressure-resistant with multiple safety reserves up to 6 bar.

Thome ClimaComfort S5 - perfect solutions for any demand

 system pipes and Thome ClimaComfort S5 - the right solution for any application

The ***ion of the right pipe system depends on the specific building project and the needs of the customer. Thome supplies three solid-plastic heating pipes which offer outstanding quality.

Thome S5 CoEx technology – outstanding quality for any application

Pipes made using the unique, proven five-layer Thome S5 CoEx technology is the perfect solution for your specific radiant heating system requirements profile. Thome sandwich pipes are made in a one-pass coextrusion production process, guaranteeing optimal bonding between the layers.

5 layers – 5-way protection

Thome system heating pipes have excellent mechanical and chemical properties to ensure that they can take the punishment:

 The  oxygen layer is protected against mechanical damage and the adverse external effects of heat and moisture

Maximum resistance to deformation caused by concentrated mechanical loads

In compliance with German construction contract procedures (VOB), the radiant heating systems are designed to provide optimal protection for workers who are carrying out work after installation of the Thome system

Prevention of oxygen exchange significantly extends the life of the pipes

Five-layer design optimizes linear expansion within a close tolerance band

 Thome ClimaComfort S5 - perfect solutions for any demand

 system pipes and Thome ClimaComfort S5 - the right solution for any application

The ***ion of the right pipe system depends on the specific building project and the needs of the customer. Thome supplies three solid-plastic heating pipes which offer outstanding quality.

Thome S5 CoEx technology – outstanding quality for any application

Pipes made using the unique, proven five-layer Thome S5 CoEx technology is the perfect solution for your specific radiant heating system requirements profile. Thome sandwich pipes are made in a one-pass coextrusion production process, guaranteeing optimal bonding between the layers.

5 layers – 5-way protection

Thome system heating pipes have excellent mechanical and chemical properties to ensure that they can take the punishment:

 The  oxygen layer is protected against mechanical damage and the adverse external effects of heat and moisture

Maximum resistance to deformation caused by concentrated mechanical loads

In compliance with German construction contract procedures (VOB), the radiant heating systems are designed to provide optimal protection for workers who are carrying out work after installation of the Thome system

Prevention of oxygen exchange significantly extends the life of the pipes

Five-layer design optimises linear expansion within a close tolerance band

system pipes - proven multilayer pipe technology with the added advantage of aluminium

The proven five-layer multilayer pipe of the Thome pipe installation system has now been further improved by Thome engineers. The aluminium pipe casing of the system pipe comprises a new alloy with considerably increased stability. This added aluminium ensures even greater safety and easier installation. The aluminium pipe casing is laser-welded. This forms a homogeneous aluminium layer.

The core of the system pipe is a thick-walled polyethylene basic pipe, which is subject to tests based on very rigorous quality assurance requirements, and is crucial to the stability of the overall pipe construction. The two high-quality polymer layers ensure a secure connection between the thick-walled basic pipe, the homogenous aluminium layer and the outside polyethylene protective layer.

To minimise heat distribution loss and to protect ceiling, floor and wall constructions against excessive temperatures, the Thome Alu-Laserplus® system pipes are also available with PE protective pipes or added heat insulation. Depending on the application, and heat insulation requirements, you can use either a 6 mm insulation for sizes 14 - 25 mm, 9 mm for 14 - 20 mm or asymmetric 100% insulation in accordance with the heat protection requirements of EnEV. For sizes 16, 17 and 20 mm, an additional asymmetric solution is also available in accordance with EnEV, Addendum 5, Line 7. The polyethylene pipe insulation complies with WLG 040.