HM&FC 0.4(Inch)x 7(Inch)x 22(Feet) Ceramic Fiber Insulation Blanket 2300F
|
상품가격 상세보기
이벤트보기
|
- 상품상세정보
상품특징
Make sure this fits by entering your model number.2300F (1260C) Continuous Use TemperatureNon-reactive with moisture (unlike mineral wool and vermiculite)Excellent high temperature insulatorSize: 0.4 Inch x 7 Inch x 22 FeetPerfect for home foundries, forges, kilns, blacksmiths, knife making, glass bead making and many more
상품설명
Great for lining kiln shelves, building custom kiln insulation layers, and glass slumping in molds. Just what you need to create an amazing outdoor cooking space, service a wood stove, or refurbish a furnace. 8# density blanket is ideal for insulating applications where there is compression or tension on the material. This density can handle flame contact. Lower density (6#) may be used for pure insulation needs on a shelf or between two plates. This material will withstand up to 2100F continuously and resist melting up to a peak temperature of 2300F (1260C). Application of Colloidal Silica will provide greater rigidity and higher flame resistance when necessary.
Make sure this fits by entering your model number.2300F (1260C) Continuous Use TemperatureNon-reactive with moisture (unlike mineral wool and vermiculite)Excellent high temperature insulatorSize: 0.4 Inch x 7 Inch x 22 FeetPerfect for home foundries, forges, kilns, blacksmiths, knife making, glass bead making and many more
상품설명
Great for lining kiln shelves, building custom kiln insulation layers, and glass slumping in molds. Just what you need to create an amazing outdoor cooking space, service a wood stove, or refurbish a furnace. 8# density blanket is ideal for insulating applications where there is compression or tension on the material. This density can handle flame contact. Lower density (6#) may be used for pure insulation needs on a shelf or between two plates. This material will withstand up to 2100F continuously and resist melting up to a peak temperature of 2300F (1260C). Application of Colloidal Silica will provide greater rigidity and higher flame resistance when necessary.
2020-04-27 20:00:33