Thermogoods

Technology

Engineered for Performance

Six controlled stages turn polyethylene granulate into a finished insulation product.

02Technology

Engineered for Performance

01

Raw Material

Polyethylene granulate is received, checked against specification and dried before it enters the line.

02

Compounding

The melt is dosed with a foaming agent and a nucleating additive - the ratio here decides the final cell size.

03

Extrusion

The material is extruded and expands as it leaves the die, forming the closed-cell structure that carries the insulation value.

04

Lamination

Lavsan or foil facing is bonded in line, and self-adhesive grades receive their adhesive and liner in the same pass.

05

Quality Control

Every batch is checked for density, thickness, cell structure and bond strength of the facing before it is released.

06

Cutting and Packing

Product is cut to the ordered width and length, wound, marked and packed for dispatch.

01 / 06

04Our Production

Inside the Plant

Extrusion, lamination, cutting and packing all happen on site, which is what makes cut-to-size supply a normal order rather than an exception.

Production footage is being prepared.

09Quality

Quality Is Engineered

The documents below are the ones customers ask for most often. Attach the issued files and they become downloadable here.

Certificates & Standards

  • ISO 9001

    Quality management system for the manufacture of foamed polyethylene insulation

    Certification body

    Document available on request

  • Certificate of conformity

    Conformity of the product line to the applicable national standard

    Accredited body

    Document available on request

  • Hygiene conclusion

    Hygiene conclusion permitting use in residential and public buildings

    Sanitary-epidemiological service

    Document available on request

  • Fire test report

    Flammability group determined by test — the figure is stated per product on request

    Fire testing laboratory

    Document available on request

10Thickness Calculator

How much insulation does it take

Set the operating conditions and see what the layer does. The section on the right is drawn to the numbers on the left.

Indicative figure: steady-state conduction through the insulation layer at λ = 0.035 W/(m·K), surface resistances excluded. It does not replace a design calculation.

⌀ 60.3 + 2 × 20 mm20
Heat loss
19.4
W per metre of pipe
Thermal resistance
0.57
m²·K/W
Outer diameter
100
mm

Products covering this thickness

11Request Quote

Let us build your solution

Send the parameters — our engineering team replies with a specification and a price.

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