Ceramic Wool Blankets
Ceramic Wool Blankets

Ceramic Wool Blankets

By electromelting coal gangue, coke gem, alumina, silica, zirconia and other raw materials, the fiber is made by spinning process. After needling and heat treatment, the fiber is interwoven evenly, high tensile strength, and does not contain any bonding agent. The product has good resistance to chemical erosion and can be widely used in thefields offire resistance, heat insulation and heat preservation.

Product Introduction

Five Categories of Temperature

Ordinary type aluminum silicate spinning fiber blanket 1000℃

Standard type aluminum silicate silk fiber blanket 1100℃

High purity aluminum silicate spinning fiber blanket 1260℃

High aluminum type aluminum silicate fiber blanket 1300℃

Zirconium-containing aluminum silicate fiber blanket 1350℃

Product Features

Product

Type

Category

Temperature℃

Recommended

Temperature℃

Common Type

1000

≤800℃

Standard Type

1200

≤1000℃

High Purity Type

1250

≤1100℃

High Aluminum Type

1350

≤1200℃

Zirconium-containing

1400

≤1250℃

Chromium Containing Type

1500

≤1350℃

 

Technical Data

 

Product Classification

Ordinary Type

Standard Type

High Purity Type

High Aluminum Type

Zirconium Type

Implementation Standard

Product Code

SZJN-PT-T

SZJN-BZ-T

SZJN-GC-T

SZJN-GL-T

SZJN-HG-T

GB/T 16400-2015

Operating Temperature (℃)

950

1000

1100

1200

1350

Density (kg/m³)

96~128

Pellet Content (%)

Particle Size >0.212 mm

≤20

≤20

≤20

≤15

≤15

Heating Permanent Linear Change

950 ℃×24 h ≤4

1000 ℃×24 h ≤4

1100 ℃×24 h ≤4

1200 ℃×24 h ≤4

1350 ℃×24 h ≤4

Thermal Conductivity {W/(m·K)}

Average Temperature 500 ℃

≤0.161

≤0.156

≤0.153

Tensile Strength (MPa)

≥0.04

Chemical Composition (%)

Al₂O₃

≥40

≥43

≥44

≥52

≥52

Al₂O₃+SiO₂

≥95

≥96

≥98

Al₂O₃+SiO₂+ZrO₂

≥99

≥99

ZrO₂

≥15

≥15

Fe₂O₃

≤1.0

≤1.2

≤0.2

≤0.2

≤0.2

Note: Regular models: (length) 3000/4000/5000/7200/14000 × (width) 610 × (thickness) 10/20/30/40/50/60 (mm) Packing style: white woven bag

The above technical parameters are measured according to the average value of the testing standard; the data will fluctuate within a certain range, and the actual product test value shall prevail.

Application

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