Bottle empty, heating on

Panel heating made from 100% recycled PET insulation material for energy-efficient heating

Ideal Classic Pet 30

Rising energy costs, CO₂ emissions and plastic waste are key challenges in the construction sector. The new IDEAL CLASSIC PET surface heating system offers an environmentally friendly solution that conserves resources and heats efficiently. The system uses an insulation material made from 100% recycled PET bottles. This reduces waste and enables the reuse of valuable raw materials. This contributes to the circular economy and is suitable for new buildings and renovations.

Efficient thermal insulation for maximum energy savings
With good thermal insulation (WLG 036), the system reduces heat losses and lowers heating costs. It can be used as floor, wall or ceiling heating, allowing flexibility in various construction projects.

Advantages at a glance:

  • Insulation material made from 100% recycled PET bottles
  • Excellent thermal insulation (WLG 036)
  • Low carbon footprint
  • Ideal for floor, wall and ceiling heating
  • Also suitable for ceiling cooling
  • Quick, easy assembly
  • Flat design and quick heating
  • Easy to process


 Easy installation and versatile use
Thanks to the flat structure and the lightweight insulation panels, the system can be installed quickly anywhere and is easy to use. Installation is extremely easy, especially on the ceiling, due to its low weight. In summer, the ceiling heating can also be used for cooling, which offers additional comfort. Additionally, radiating heat from above results in less air movement, reducing dust circulation and improving air quality.

Ideal Classic Pet 30

Sustainable construction for the future
Every square meter of insulation contributes to conserving resources and reducing energy consumption. The system combines 100% recycled PET with modern surface heating technology, making it an ideal choice for sustainable building projects. Combined with environmentally friendly heat sources such as heat pumps, it offers a future-proof solution for energy-efficient heating and cooling.