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|Nominal Weight:||620 G/sq.m||Nominal Width:||0.914 Meter|
|Nominal Thickness:||0.68 Mm||Color:||Brown|
|Temperature Resistant:||1100 ℃||Treatment:||Vermiculite On The 2 Side|
|Basic Fabric:||Silica/fiberglass||Application:||Welding Protection / Thermal Insulation Jacket|
high temperature fabric cloth,
fiberglass cloth heat resistant
Vermiculite Coated Silica Fabric High Temperature Fiberglass Cloth Working Temperature 1100C
With the ability to withstand continuous temperature of 900-degree Celsius and most significantly, the instantaneous temperature of 1400-degree Celsius, the silica cloth is highly heat resistant. It has been made to be suitable for rocket and missile manufacturing in the aerospace industries.
The yarn and filtration mesh pieces that are treated with the use of high resistance coating.
They are perfectly suitable for heat preservation materials as well as fire fighting equipments such as fireproof garments. They are excellent in dust collection and filtration equipments.
|BASE FABRIC||Base fabric style No. SL600|
|Weave||8H Satin||8H Satin|
|Warp||EC9 136 1*2 tex||ECG 37 1/2|
|Weft||EC9 136 1*2 tex||ECG 37 1/2|
|Warp||19 ± 1 ends/cm||48 ± 2 ends/inch||ASTM D 3775-96|
|Weft||14 ± 1 picks/cm||36 ± 2 picks/inch||ASTM D 3775-96|
|Weight||600 ± 30 g/m2||17.6 ± 0.8 oz/yd2||ASTM D3776-96|
|Thickness||0.65 ± 0.08 mm||0.025 ± 0.003 inch||ASTM D1777-96|
|COATED FABRIC||Coating style No. VE216-5021|
|Coating||Vermiculite impregnated on both sides|
|Weight||620 ± 30 g/m2||18.24 ± 0.8 oz/yd2||ASTM D3776-96|
|Thickness||0.68 ± 0.06 mm||0.027 ±0.002 inch||ASTM D1777-96|
The maximum working temperature at 1200 0C
The peak Temp.(melt point) 1500 0C
The cloths are found in a comprehensive range of models. They are designed in keeping with individual specifications as well. Being the foremost supplier & exporter, we ensure our manufactured products exemplify the true standard.
They are used in many applications like, welding/cutting protection, molten metal splash protection, heat and flame shielding and more.
Contact Person: Fiona Wang