TekPack™ AK100

Material Specification

(Typical Properties)

Non load bearing.

Non-Structural Thermal Break, offering a cheap option where there is little load applied.

Availability

Thickness (mm) Width (mm) Length (mm)
1 1000 2000
2 1000 2000
3 1000 2000
4 1000 2000
5 1000 2000
6 1000 2000
10 1000 2000
12 1000 2000
15 1000 2000
20 1000 2000
25 1000 2000

 

Applications

  • Non-Structural thermal break
  • Isolating different metals to avoid accelerated corrosion
  • Level battens and frames
  • Wedge’s for window and door units

 

Supply Chain Responsibilities

  • Thermal Modelling – Architect
  • Structural Evaluation – Structural Engineer
  • Cost Evaluation – QS
  • Installation – Contractor

 

Quotations

The below information is required for quotations

  • Pad dimensions
  • Thickness
  • Number and size of holes
  • Quantity
  • Delivery Address
  Unit Value Test Standard
Mechanical Properties
Compressive strength at 20°C MPa 20
Physical Properties
Density g/cm3 0.97
Water Absorption (24h 23°C) % 0.01 DIN 53495
Electrical Properties
Electrical strength kV/mm >70 DIN 53481
Thermal Properties
Operating temperature °C -40 +80
Coefficient of linear expansion // k-1 x 10-4 2 DIN 53752
Thermal conductivity* W/m.K 0.41 DIN 52612
Flame retardance HB UL94
Acoustic Properties
Velocity m/s 2430
Impedance Rayl/m2 2.33

*Manufacturers’ figures

 

RoHS Directive

Hazardous products listed in the EU-directive 2011/65/EU (ROHS-directive), §4 section 1, are not used as ingredients in this material.

 

Benefits

  • Asbestos free
  • Low heat conductivity
  • Excellent tolerances with respect to parallelism
  • Long life expectancy
  • Low water absorption
  • Good hydrocarbon stability
  • Good chemical stability
  • Excellent mechanical durability
  • Very good electrical properties

 

On and Off-Site Support

We are here to discuss your application and assist you in selecting the right thermal break materials to meet your project specification.

Disclaimer. These figures are typical values for the material and do not represent a product specification. Properties will vary depending on source of raw material, method of processing, physical from of product, direction of measurement etc.

Updated 04/03/2020