Rock Mineral Wool - Power-teK BD 700

Power-teK BD 700

Application

Industrial Process Boards

Material

Rock Mineral Wool

Description

Power-teK BD 700 is a non-combustible Rock Mineral Wool slab, designed to resist high temperatures and provide thermal and acoustic performance, for use in applications up to 700°C.

Benefits

  • Non-combustible
  • High temperature resistant
  • Efficient heat insulation
  • Excellent sound absorbtion
  • Water-repellant
  • Age resistant
  • Easy to cut
  • Easy to handle

Product

Specifications

Thickness (mm)Length (mm)Width (mm)Thermal Conductivity (W/mK)Euroclass Reaction to Fire ClassificationFacingArea Per Pack (M²)Area per Pallet (M²)
3012006000.037A1Unfaced5.04050.400
5012006000.037A1Unfaced2.88034.560
7512006000.037A1Unfaced2.16021.600
10012006000.037A1Unfaced1.44017.280

Certification & Memberships

EN 15804

Sustainability

We care for the people who make our products, the people who use them and the world we all depend on.

 Whilst we are dedicated to supplying sustainable high performance insulation solutions for enhanced energy efficiency in buildings, we also continually strive for improvements in our manufacturing and supply chain operations so to improve quality and minimise our impact on the environment. All Knauf Insulation production locations have state-of-the-art manufacturing equipment and meet the highest quality standards as well as they are supported by an ongoing research and development program. All of our products including Power-teK BD 700 are sustainably manufactured.

At Knauf Insulation, we have 7 key sustainability considerations:

  • to conserve natural resources
  • to reduce the evironmental effects of our own processes
  • Treating people fairly, along the supply chain
  • Delivering our products efficiently
  • Building a comfortable and healthy indoor environment
  • Performance reporting
  • Recognition

Downloads

Filename
Date
Language
File Size
File Type

July 2020

English

0.2 MB

pdf

November 2019

English

0.12 MB

pdf

February 2018

English

1.9 MB

pdf

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