Ceramic Papers are manufactured from high purity refractory fibers and designed for high temperature insulation. Advanced production techniques ensure uniform fiber distribution and close control of thickness and density. Papers are being produced from Alumina silicate fibres with minimum addition of carefully selected Bonds, which burn out cleanly in service.

Type : Bulk Refractory fibre

Classification temperature

STD Paper : 1260 ° C

AZS Paper : 1400 ° C

Applications

• Insulating gaskets

• Expansion joints

• Die cut gaskets for domestic appliances

• Gaskets , seals & parting media

• Ladle lining back up

• Mould liners

• Parting media

• Heat loss reduction in sub entry nozzle

• Thermal barrier for vehicles (Silencers, catalytic exhaust and heat shields)

Main Properties

Physical Properties STD Paper STD Paper

Classification temperature0C 1260 0C 1400 0C

Chemical composition (%)

Al2O3 > 42 > 32

SiO2 < 56 < 52

ZrO2 - < 19.5

Loss on ignition % < 10 < 10

Density (Nominal) kg/m3 150 150

Tensile strength (Kgf/m2) 9000 9000

Linear shrinkage % - 24 hrs (Max) 2.0 (At 11000C) 2.0 (At 12000C)

Ceramic Papers are manufactured from high purity refractory fibers and designed for high temperature insulation. Advanced production techniques ensure uniform fiber distribution and close control of thickness and density. Papers are being produced from Alumina silicate fibres with minimum addition of carefully selected Bonds, which burn out cleanly in service.

Type : Bulk Refractory fibre

Classification temperature

STD Paper : 1260 ° C

AZS Paper : 1400 ° C

Applications

• Insulating gaskets

• Expansion joints

• Die cut gaskets for domestic appliances

• Gaskets , seals & parting media

• Ladle lining back up

• Mould liners

• Parting media

• Heat loss reduction in sub entry nozzle

• Thermal barrier for vehicles (Silencers, catalytic exhaust and heat shields)

Main Properties

Physical Properties STD Paper STD Paper

Classification temperature0C 1260 0C 1400 0C

Chemical composition (%)

Al2O3 > 42 > 32

SiO2 < 56 < 52

ZrO2 - < 19.5

Loss on ignition % < 10 < 10

Density (Nominal) kg/m3 150 150

Tensile strength (Kgf/m2) 9000 9000

Linear shrinkage % - 24 hrs (Max) 2.0 (At 11000C) 2.0 (At 12000C)