Glastherm® HT 300 is designed for very high continuous operation temperatures over a long period. Its outstanding features include a long service life, very low weight loss and high dimensional stability. Glastherm® HT 300 also boasts excellent strength properties in high temperatures. The material structure is maintained over a very long period. Glastherm® HT 300 is free of asbestos and can be easily cut and adapted with standard metal tools.
SKU | Name | Type | Type | Color | Measurements | Length | Width | Thickness | Height | ||
---|---|---|---|---|---|---|---|---|---|---|---|
Stock item (no MOQ) | 459580 | Glastherm® HT 300 white pressed | sheet | sheet | cream, similar RAL 9001 | 2.150 x 1.130 x 27 (+/-1,5) mm | 2.150 mm | 1.130 mm | 27 mm | ||
Stock item (no MOQ) | 409321 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 23 (+/-2) mm | 2.150 mm | 1.130 mm | 23 mm | |||
Stock item (no MOQ) | 409323 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 18 (+/-2) mm | 2.150 mm | 1.130 mm | 18 mm | |||
Stock item (no MOQ) | 413353 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 22 (+/-1) mm | 2.150 mm | 1.130 mm | 22 mm | |||
No stock item (MOQ) | 458207 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 12 (+/-0,94) mm | 2.150 mm | 1.130 mm | 12 mm | |||
No stock item (MOQ) | 458499 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 17 (+/-1,02) mm | 2.150 mm | 1.130 mm | 17 mm | |||
Stock item (no MOQ) | 464106 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 43 (+/-2,1) mm | 2.150 mm | 1.130 mm | 43 mm | |||
Stock item (no MOQ) | 464459 | Glastherm® HT 300 pressed | sheet | sheet | 2.150 x 1.130 x 6 (+/-0,6) mm | 2.150 mm | 1.130 mm | 6 mm |
Test Method | Unit | Guideline Value | |
---|---|---|---|
Density | ISO 1183 | g / cm3 | 1,9 |
Flexural strength ┴ | ISO 178 | MPa | 120 |
Modulus of elasticity in flexion ┴ | ISO 178 | MPa | 15000 |
Compressive strength 1)┴ | ISO 604 | MPa | 330 |
Compressive strength 1)┴ +200°C | ISO 604 | MPa | 280 |
Test Method | Unit | Guideline Value | |
---|---|---|---|
Thermal conductivity 2)┴ | W / (m * K) | ≈ 0,28 | |
Coefficient of linear expansion II | TMA (Mettler) | 10-6 x K-1 | ≈ 10 - 15 |
Max. continuous operating temperature | °C | 300 |