Hony Engineering Plastics Limited
Hony Engineering Plastics Limited
Glastherm®HT 250 hq glass + epoxy resin
  • Glastherm®HT 250 hq glass + epoxy resin
  • Glastherm®HT 250 hq glass + epoxy resin
Glastherm®HT 250 hq glass + epoxy resin
Glastherm®HT 250 hq glass + epoxy resin

Glastherm®HT 250 hq glass + epoxy resin

Min. Order:
1 Kilogram
Min. Order:
1 Kilogram
Transportation:
Ocean, Land, Air, Express
Port:
Shenzhen, Guangzhou, Hongkong
Quantity:

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Basic Info
Basic Info
Supply Ability: Export package
Payment Type: T/T,Paypal
Incoterm: FOB,CFR,CIF,EXW,DDP,DDU
Transportation: Ocean,Land,Air,Express
Port: Shenzhen,Guangzhou,Hongkong
Product Description
Product Description

Glastherm® HT 250 HQ GFK-EP

Glastherm® HT 250 HQ boasts excellent compressive strength and is particularly resistant to heat. The heat insulation system is ideally suited to the thermal insulation of press moulds and enables the conservation of energy during the pressing process. The heat insulation system is mainly used in hydraulic wood, plastic and tyre presses and boasts a very high dynamic load capacity in high temperatures. Glastherm® HT 250 HQ is free of asbestos and can be easily cut and adapted with standard metal tools. We recommend diamond cutters for relatively large jobs.


Maximum continuous operation temperature: 250 °C (482 °F)

Good thermal insulation

Exceptionally high compressive strength: 510 MPa (at 200 °C)

Exceptionally high compressive strength at room temperature: 700 MPa


Glastherm Ht 250 Hq JpgGlastherm Ht 250 Hq 1 Jpg



Characteristics

Fibre-reinforced composite material developed for applications in field of thermal insulation (max. continuous operating temperature 250°C)

Low thermal conductivity and extremly high compressive strength


Industries

Chemical Processing Industry

Mechanical Engineering Industry

Pipelines

Oil and Gas


Technical Specifications Glastherm® HT 250 HQ

Mechanical properties
Test Method Unit Guideline Value
Density ISO 1183 g / cm3 2,0
Flexural strength  ISO 178 MPa 600
Modulus of elasticity in flexion  ISO 178 MPa 30000
Compressive strength 1) ISO 604 MPa 700
Compressive strength 1) +200°C ISO 604 MPa 510
Tensile strength II ISO 527 MPa 400
Impact strength  (Charpy) ISO 179 kJ / m2 300
Thermal properties
Test Method Unit Guideline Value
Thermal conductivity 2) W / (m * K)  0,27
Coefficient of linear expansion II TMA (Mettler) 10-6 x K-1  10 - 15
Max. continuous operating temperature °C 250
Physical properties
Test Method Unit Guideline Value
Water absorption (4mm thickness) ISO 62 % 0,1


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