耐高温套管用途

	耐高温套管用途


	特殊耐高温套管材料的合成决定了高温套管的具有许多其他同类材料难以取代得特点：耐高温性能，保温隔热性能，阻燃性能，电绝缘性能，化学稳定性能，耐气候老化性能，耐寒，耐水，耐油，耐臭氧，耐电压、耐电弧、耐电晕性能等，特别是安全环保性能，是石棉等危害性制品的较佳替代产品。


	 耐高温套管广泛应用于电力、化工、冶金、船舶、机械制造及其它行业的高温区域;冶金企业加热区电缆、流体管路、进给快换接头、轧制区辊道、轧机电缆、油管;锯切周边电缆、油管及接头;钢包车电缆包覆等等领域.


	 耐高温套管由加厚型玻璃纤维编织套管涂以高品质硅胶，它能承受高达1650摄氏度的钢水喷溅物、熔融玻璃喷溅物等。


	 耐高温套管能承受高达1650摄氏度的钢水喷溅物、熔融玻璃喷溅物等。增强型隔热防护防火套管专有的氧化铁红硅胶橡胶化合物可阻挡熔融金属飞溅物，减少热量传导。


	耐高温套管能承受长期暴露于260摄氏度的高温中，在1090摄氏度的高温中可持续工作15-20分钟;在1650摄氏度的高温中可持续工作15-30秒。长期暴露在高温中，外层的二氧化硅将转化成二氧化硅耐火层。


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	 Special high-temperature synthesis of
high-temperature materials determines the casing has many other features too
difficult to replace similar materials : high temperature resistance , thermal
insulation properties , flame resistance, electrical insulation properties ,
chemical stability , resistance to weathering performance , cold, water
resistance, oil resistance, ozone resistance, voltage, resistance, arc
resistance, corona performance , especially safety and environmental
performance, such as the dangers of asbestos products is the best alternative.


	 Casing is widely used in high-temperature
electrical, chemical, metallurgy , shipbuilding, machinery manufacturing and
other industries high temperature region ; metallurgical enterprises heating
zone cables, fluid lines , feeding quick coupler , rolling area roller mill
cable , tubing ; sawing peripheral cables , tubing and fittings ; coated steel
cable car so the field .


	 High-temperature tube by a thick glass fiber
braided sleeving coated with high -quality silicone, it can withstand up to
1650 degrees Celsius splashes of molten steel , molten glass splashes and so
on.


	 Casing can withstand high temperatures up to
1650 degrees Celsius in the molten steel splashes , splashing of molten glass
and the like . Enhanced fire protection insulation sleeve proprietary iron
oxide red silicone rubber compounds can block the molten metal splashes, reduce
heat conduction.


	 Casing can withstand prolonged exposure to
high temperature at 260 degrees Celsius temperature , the working temperature
for 15-20 minutes at 1090 degrees Celsius sustainable ; sustainable work for 15-30
seconds at a temperature of 1650 degrees Celsius . Long-term exposure to high
temperature , the outer layer of silica into a silica refractory layer