Recycled PUR – sustainable insulation with the same high performance

Dan-iso recycles our own PUR waste and creates insulation solutions with up to 45 % of regenerated material – without compromising strength, dimensional stability or insulation value. This gives you a proven, effective and sustainable solution that reduces the CO₂ footprint and material waste in your projects. Ideal for industry, district heating, process plants and technical installations.

Advantages of recycling PUR:

  • Reduced environmental impact – up to 45 % recycled PUR from our own production.
  • Same insulation value as new PUR, documented in internal tests.
  • Less waste in projects, as we utilize residual materials and surplus cutting edges.
  • Stable, fixed components, even during long operating periods and changing temperatures.
  • Good overall economy – the quality is similar to traditional PUR, but with a greener footprint.
Granulation of PUR offcuts for recycling in Dan-isoRECY technical pipe insulation.
Salus underfloor heating distributor with insulation in recycled PUR from Dan-isoRECY - a sustainable solution for energy-efficient heat distribution.
Hands gently holding a small green sprout in soil – representing environmental awareness, nature and sustainable development.

Dan-isoRECY – insulation with recycled PUR

Our in-house process transforms offcuts and surplus materials from PUR production into new, molded insulation components. The result is a sustainable solution that matches traditional PUR in both insulation value, durability and material strength.

Recommended for:

  • Industrial process installations
  • District heating pipes and energy plants
  • Construction technical zones
  • Pipelines with limited space
  • Projects with sustainability goals or LCA/CO₂ requirements

From waste to high-performance insulation

How do we recycle PUR?

We recycle and upcycle residual materials from our own production and mold new components with up to 45 % of remanufactured material. This method has been developed through an intensive process, where the goal has been to reduce waste and create a solution with the same insulation value as conventional molded PUR.

Documented quality

Tests show that the insulation value and material properties are fully on par with traditional PUR – even in products with a high degree of recycling.
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