Stonewool terrace roof board - VIPPOWER 50 kPa





product_code: VIPPOWER 50 kPa

Description:

ALLWOOL ­s an ­deal thermal ­nsulat­on board for heat, sound and f­re ­nsulat­on, wh­ch ­s ­deal for sheath­ng produced by melt­ng the basalt stone at h­gh temperature and turn­ng ­tnto f­ber f­bers.

Thermal Conductivity Coefficient (λD): 0.037 W/mK
Fire insulation - A1 fire reaction class - non-combustible material.
Sound insulation - Excellent sound insulation due to the fibrous structure of the product.

 

DESCRIPTION

ALLWOOL Stonewool T100 Insulation Plate is an inorganic thermal insulation plate produced by melting down volcanic rocks such as basalt and dolomite in high temperature pots and converting them into fibers.

FEATURES

• Offers superior thermal insulation with its high thermal conductivity coefficient D = 0.035 W/mK).
• Provides perfect sound insulation with its exclusive fiber structure.
• Used reliably in all facade systems in line with the regulations with its class A1 reaction to fire.
• Enables lighter, easier and faster application with its low density value and ideal plate dimensions.
• Ensures high energy saving throughout the building life cycle with its ideal plate thickness and mechanical resistance in line with the standards.

• Ecological and environmentally-friendly with its world-class production technology and natural raw material content. Does not dust.
  • Produced in line with the TS EN 13162 Stonewool Product and TS EN 13500 Stonewool System standards.

STORAGE

Store on pallets at a cool and ventilated environment away from direct sunlight and substances like solvents and thinners. Protect against precipitation.
 
Warning: Abstain from applying plaster on stonewool plates exposed to precipitation, before they are fully dry.
 
 
 TECHNICAL SPECIFICATIONS
 Description  UNIT  CLASS  STANDARD
 Material  Stonewool      TS EN 13162
 Material Type  ETICS Stonewool      prEN 17237
 Density  100  kg/m³    EN 1602
 Fire Response Class  Declared value    A1  EN 13501-1
 Width  600  mm    EN 822
 Length  1000  mm    EN 822
 Thickness (d)  100  mm  T5  EN 823
 Thermal Conductivity Coefficient (λD)  0.037  W/mK    EN 12667
 Thermal Resistance (RD)  d / λD  m2K/W    
 Tensile Strength Perpendicular to Faces  >5  kPa  TR5  EN 1607
 Compressive Strength at 10% Deformation  50  kPa  CS(10)30   EN 826
 Length Tolerance  ± 2%  mm  L2  EN 822
 Width Tolerance  ± 1.5%  mm  W2  EN 822
 Dimensional Stability  ± 1%  DS(t)  EN 1604
 Water Vapor Absorption
 (short term - 24 hours)
 <1  kg/m2  WS  EN 1609
 Water Vapor Diffusion Resistance   Coefficient  1  µ    EN 12086
 Temperature Range   (-50) / 750  °C