Specification

Thickness 4mm and 18mm
Sheet sizes Will accommodate virtually any size doors

 

MECHANICAL PROPERTIES

PropertyParapan®UnitTest Specimen Test Standard
Tensile strength 70 MPa Test Spec. No.3 ISO 527-2/1 B/5
Tensile elongation at break 4 % Test Spec. No.3 ISO 527-2/1 B/5
Tensile modules of elasticity 3000 MPa No.3/DIN 53 455 ISO 527-2/1 B/1
Flexural strength 130 MPa Small standard bar ISO 178
Ball Indentation Hardness H961/30 190 MPa Thickness 4mm ISO 2039/1
Impact Strength 12 KJ/m2 Small standard bar DIN 53 453
Notched Impact Strength 2 KJm2 Small standard bar DIN 53 453

 

THERMAL PROPERTIES

PropertyParapan®UnitTest Specimen Test Standard
Thermal conductivity 670 J/mhk - DIN 52 612
Coeff. of linera therm. exp. 70.10-5 1/K Small standard bar ISO 306/B
VICAT softening point VST/B 105 deg.C 10 x 10 x 4mm ISO 306/B
Thermoforming temperature 170 deg.C - -
Resilience temperature >75 deg.C - -

 

MISCELLANEOUS

PropertyParapan®UnitTest Specimen Test Standard
Density 1.19 g/cm3 120 x 15 x 4mm ISO 1183/A
Water absorption after 24h 26 mg 50 x 50 x 3mm ISO 62/1

PARAPAN® has the same fire-related behaviour as standard acrylic sheets.

Testing according DIN 4102 has the following results:

Class B2    normal flammability

Class TR1  no burning droplets

Class Q1   low density smoke 

 

Please Note: All doors should be stored flat and at room temperature.