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What is PURENIT®

Purenite ® is resistant to chemicals, can be combined and bonded with other materials. It is resistant to high temperatures, moisture, without thickness swelling and cracking, with high compressive strength and excellent insulation properties.

What is Purenite®

Purenit ® - a non-hazardous polyurethane-based rigid foam (PIR) product. The products are strong, lightweight and easy to screw into. Purenit ® is resistant to chemicals and can be combined and bonded with other materials. Resistant to high temperatures, moisture, no thickness swelling or cracking, high compressive strength and excellent thermal insulation properties.

purenit
High compressive load (up to 7 tons)

High compressive load (up to 7 tons)

Easy to process

Easy to process

Minimum absorbency

Minimum absorbency

Excellent insulation properties

Excellent insulation properties

Does not burn, does not melt, does not drip

Does not burn, does not melt, does not drip

Environmentally friendly

Environmentally friendly

Main advantages of purenite

  • Long service life - material maintains stability
  • High strength and stiffness - resists deformation and high loads.
  • Good moisture resistance - suitable for areas with moderate humidity, but not intended for permanent soaking in water.
  • Mold and rot resistance - ideal for long term outdoor and indoor use.
  • High resistance to chemicals - suitable for industrial and laboratory applications.
  • Low weight - easy handling and installation.
  • Easy machinability - can be cut, drilled, milled or glued.
  • Aesthetic appearance - flat surface suitable for visible construction or design purposes.
Main advantages of purenite

Technical parameters of PURENIT

Properties Designations Value Unit Norm
Declared thermal conductivity coefficient λ 0.08 W.m-1.K-1 EN12667
Volumetric mass 550±50 kg.m-3 EN 1602
Diffusion resistance factor (µ) 10 EN 12086
Compressive stress or compressive strength CS(10/Y) 5.5-7.5 MPa EN 826
Long-term water absorption Wit 2.2 % EN 12087
Temperature stability long-term +110/-50 °C
Short-term temperature suitability +250 °C
Extension test M 6×16/3500-3800N, 6x60N/wood 650-750 N
Shear strength E module 53,3 1-1,5 MPa EN 12090
Thickness swelling 0.8 % EN 68763
Reaction to fire D-s3,d0 EN13501-1
Specific heat capacity cp 1400 J.kg-1.K-1 EN 12524
Healthfulness IBUEPO-IVPU-2010111-D Frauenhofer Institut