Properties of aluminium silicate fibre

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Properties of aluminium silicate fibre

Aluminum silicate fiber is a kind of fibrous lightweight refractory material, excellent performance, in the field of industrial high temperature insulation.

High refractoriness: above 1580° C;

Small bulk weight: light volume density to 128Kg/m3;

Low thermal conductivity :1000°C can be as low as 0.13w/ (m.K), good insulation effect;

Small heat capacity: intermittent furnace rising and cooling fast and energy saving;

Fiber porous structure: good thermal shock resistance, no oven; Compressible, good elasticity, to create the whole furnace lining; Heat insulation sealing gasket;

Good sound absorption: different decibels have good noise reduction ability;

Good chemical stability: – generally does not react with acid and base, is not affected by oil corrosion;

Long service life;

Various product forms: loose cotton, rolled felt, rigid board, cloth rope, suitable for different application fields;

The shape can be customized.

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Aluminum silicate fiber manufacturers

JQ Energy Saving has been committed to the production and development of aluminum silicate fiber and its deep processing products, nanoporous heat insulation materials, amorphous refractory materials and related functional products, and the application and promotion of industrial energy-saving products in the field of heat insulation and insulation.

JQ has passed the ISO9001, ISO14001, ISO45001 international quality, environment, occupational health and safety management system certification, with anti-corrosion insulation construction grade 2 qualification, has a professional insulation department of industrial kiln and experienced kiln masonry engineering team. It can provide customers with advanced technology, economic and reasonable industrial kiln all-fiber lining, lightweight composite lining and pipe insulation structure, as well as special refractory insulation scheme and insulation construction services under complex special-shaped working conditions.


Post time: Apr-21-2023