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1600 type Ceramic Fiber Blanket

1600 type Ceramic Fiber Blanket

Ceramic Fiber Blanket Silica and alumina are melted into fibers at high temperatures and applied with pressure to create Ceramic Fiber blankets of various thickness and density levels.

That ceramic fiber blanket makes it ideal for use in environments where the presence of shot is undesirable. The low shot content results in a product with extremely low thermal conductivity.


Our STA-Blankets are needled on both sides with a limited shot content, a respectful tensile strength, a high degree of flexibility and an elastic recovery. 

 

STA ceramic fiber blanket have these outstanding characteristics:

 

 Excellent thermal stability and thermal shock resistance

 Excellent chemical stability

 Excellent tensile strength

 Low thermal conductivity

 Low heat storage

 High heat reflectance

 Excellent corrosion resistance

 Excellent hot strength


STA fiber blanket Classification :


STA fiber blanket 

CT
°C

RD
k/m³

TC
(W/mK)
800°C

TC
(W/mK)
1000°C

chemistry (%)
Al2O3

chemistry (%)
SiO2

chemistry (%)
ZrO2

STA-BLANKET 126

1260

128

0,18

0,28

45

55

-

STA-BLANKET 143

1430

128

0,19

0,27

30

54

16

STA-BLANKET 160

1600

100

0,18

0,25

72

28

 -



1600 type Ceramic Fiber Blanket

Ceramic Fiber Blanket Silica and alumina are melted into fibers at high temperatures and applied with pressure to create Ceramic Fiber blankets of various thickness and density levels.

That ceramic fiber blanket makes it ideal for use in environments where the presence of shot is undesirable. The low shot content results in a product with extremely low thermal conductivity.


Our STA-Blankets are needled on both sides with a limited shot content, a respectful tensile strength, a high degree of flexibility and an elastic recovery. 

 

STA ceramic fiber blanket have these outstanding characteristics:

 

 Excellent thermal stability and thermal shock resistance

 Excellent chemical stability

 Excellent tensile strength

 Low thermal conductivity

 Low heat storage

 High heat reflectance

 Excellent corrosion resistance

 Excellent hot strength


STA fiber blanket Classification :


STA fiber blanket 

CT
°C

RD
k/m³

TC
(W/mK)
800°C

TC
(W/mK)
1000°C

chemistry (%)
Al2O3

chemistry (%)
SiO2

chemistry (%)
ZrO2

STA-BLANKET 126

1260

128

0,18

0,28

45

55

-

STA-BLANKET 143

1430

128

0,19

0,27

30

54

16

STA-BLANKET 160

1600

100

0,18

0,25

72

28

 -