Durolight® S1

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Durolight^® is a new developed insulating composite material especially designed to meet the thermal and mechanical requirements of load bearing supports. Durolight^® is manufactured from a special formulation of selected synthetic resins in combination with high-strength glass reinforcements.

black

sheet

Characteristics

Glass-reinforced thermoset SMC high-pressure laminate developed for applications at cryogenic temperatures
Low thermal conductivity and low weight

Industries

Application Examples

绝缘负荷轴承管支架

Durolight^® 是一种纤维增强型绝缘复合材料，其设计和开发是为了满足 LNG 应用中承载支架的热性能和机械性能。此材料导热性极低，能够在 -196 °C 到 +200 °C（-320 °F 到 392 °F）的温度范围内使用，是管道绝缘的极佳选择，也可以在石油和天然气行业内用作隔热。Durolight^® 本身阻燃，不含卤素，耐受天气变化，也耐受摩擦和磨损。由于具有这些卓越的性能，Durolight^® 得到了 Bechtel Corp、Linde AG 和 Tractebel S.A./N.V 等多家公司的认可。

Variants

	SKU	Name	Type	Type	Color	Measurements	Length	Width	Thickness
No stock item (MOQ)	411172	Durolight® S1 pressed	sheet	sheet		2.440 x 1.220 x 10 (+/-0,8) mm	2,440 mm	1,220 mm	10 mm
No stock item (MOQ)	411173	Durolight® S1 pressed	sheet	sheet		1.350 x 1.220 x 22 (+/-1,4) mm	1,350 mm	1,220 mm	22 mm
No stock item (MOQ)	411832	Durolight® S1 pressed	sheet	sheet		2.440 x 1.220 x 43 (+/-1,59) mm	2,440 mm	1,220 mm	43 mm
No stock item (MOQ)	411833	Durolight® S1 pressed	sheet	sheet		2.440 x 1.220 x 30 (+/-1,45) mm	2,440 mm	1,220 mm	30 mm
No stock item (MOQ)	440827	Durolight® S1 pressed	sheet	sheet		2.440 x 1.220 x 9 (+/-0,2) mm	2,440 mm	1,220 mm	9 mm
No stock item (MOQ)	414553	Durolight® S1 black pressed	sheet	sheet	black	2.440 x 1.220 x 5 (+/-0,55) mm	2,440 mm	1,220 mm	5 mm

Technical Specifications Durolight® S1

Mechanical properties

	Test Method	Unit	Guideline Value
Density	ISO 1183	g / cm³	1,3
Flexural strength ┴	ISO 178	MPa	130
Modulus of elasticity in flexion ┴	ISO 178	MPa	8000
Compressive strength ¹⁾┴	ISO 604	MPa	250
Tensile strength II	ISO 527	MPa	60

Thermal properties

	Test Method	Unit	Guideline Value
Coefficient of linear expansion II	TMA (Mettler)	10^-6 x K^-1	15 - 20
Thermal conductivity ┴ RT		W / (m * K)	≈ 0,22
Thermal conductivity ┴ -196		W / (m * K)	≈ 0,18 ²⁾