High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber

High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber

$29.04/cubic meter
Place of Origin
China
Shipping
Air Freight, Ocean Freight, Land Freight

Product Description

Overview

brand
Step by step
form
Fibrous
shape
volume
Core material
Aluminum silicate
colour
white
Grade
Operating temperature
one thousand two hundred and fifty
Bending strength
strong
tensile strength
excellent
compressive strength
tear strength
excellent
Refractory temperature
one thousand and two hundred
Processing customization
yes
Refractory materials
Pyrogemstone
Thermal conductivity
zero point zero four two
Place of use
Power plant boiler pipeline equipment
Low temperature bending&le
elongation at break
Is it a hazardous chemical
no

Product Details

High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber
High aluminum silicate aluminum fiber felt step by step, aluminum foil needle punched blanket, fireproof insulation blanket, glass fiber

Aluminum silicate needle punched blankets are made of high-quality gemstones that have been melted at a high temperature of over two thousand degrees Celsius and fused with other additives to solidify. They have many special properties, such as good elongation, strong seismic resistance, light weight, excellent insulation, strong stability, and do not deform at high temperatures of several thousand degrees Celsius. Therefore, aluminum silicate needle punched blankets are often used in the chemical industry, construction industry, electronics industry, aerospace industry, military industry Various fields such as air conditioning and refrigeration.
The color is pure white, the size is regular, and it integrates fire resistance, insulation, and insulation, without any binder. When used in a neutral and oxidizing atmosphere for a long time, the aluminum silicate needle punched blanket can still maintain good tensile strength, toughness, and fiber structure. The temperature resistance is 950-1400 ℃. Has chemical stability, thermal stability, sound absorption and noise reduction performance, high tensile strength, and low thermal conductivity; Low heat capacity.

Trading Area

Global

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