Aluminum silicate paper

规格：

610/1220

Aluminum silicate paper> Long-term safe use temperature refers to the high-temperature linear shrinkage rate
' R'>
' R' of ceramic fiber maintained at a certain temperature for
' R'>
> hours >%
The test temperature at >. At this temperature, the amorphous fiber crystallizes, the crystalline fiber crystal phase transition and the grain growth rate are slow, the fiber properties are stable, and the fiber is soft and elastic.
Aluminum silicate paper is produced from high-purity aluminum silicate and is used in the field of high-temperature insulation. Advanced production technology makes the fiber distribution very uniform, and the thickness and volume density of the paper can also be strictly controlled.
: ◎Aluminum silicate paper is produced from aluminum silicate plus a small amount of scientifically selected and strictly controlled binding agents. The binding agents will be completely burned during use.
: Product type:
: ◎Aluminum silicate paper
: ◎Aluminum silicate paper
: Product features:
: ◎Low heat capacity
: ◎ Low thermal conductivity
: ◎Excellent electrical insulation properties
: ◎Excellent machining properties
: ◎High strength, tear resistance
: ◎High flexibility
: ◎ Low slag ball content
: Typical applications:
: ◎Industrial insulation, sealing, anti-corrosion materials
: ◎Electric heating device insulation, thermal insulation materials
: ◎Instrument equipment, electrical components Insulation and thermal insulation materials
: ◎Thermal insulation materials for the automotive industry
: ◎Expansion joint filling materials
: ◎Isolation (anti-sintering materials)
: ◎Molten metal sealing gaskets< br/> : ◎Fireproof materials
: Technical indicators
< r> : Classification temperature rr
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< < r>: Product name
< < r>: Aluminum silicate paper
< r>: br r
< < r>: Aluminum silicate paper Paper
< r>: br r

< < r>: Product Code
< < r>: B
< < r>: B

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< r >: Theoretical thermal conductivity Coefficient r
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< < r>: Tensile strength r()
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< < r>: Moisture content r (%)
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< < r>: Regular size ()
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< < r>: Packaging form
< < r>: Plastic bag B inside the outer carton, r B
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