Ceramic Fibre

High temperature monofilament ceramic fibres.

Final Advanced Materials offers a full range of products in various forms of ceramic fibre: tapes, threads, sleeves, fabrics, etc.

What are Ceramic Fibres?

Final Advanced Materials can supply an innovative continuous polycrystalline ceramic fibre. The metallic oxides at the heart of its composition ensure that the processing of this fibre into ceramic textiles is particularly simple. It is mainly used in the aerospace, automotive, electrical and petrochemical industries.

This fibre also has a very low elongation and shrinkage rate thanks to its application temperature. As a result, manufacture is dimensionally stable. This continuous fibre demonstrates a mechanical and thermal performance that fibrous materials do not achieve, such as aramid, silica or glass fibres. In addition, this fibre has excellent chemical resistance, excellent dielectric strength, low thermal conductivity, good thermal shock resistance and low porosity.

General Characteristics of Ceramic Fibres

Physical and Mechanical Characteristics

Monofilament ceramic fibres are characterised by excellent dimensional stability thanks to their low shrinkage and elongation rate.

Property

Unit

Ceramic 1,100 °C

Ceramic 1,370 °C

Tensile Strength

MPa

1,630

1,840

Tensile Modulus

GPa

150

190

          Shrinkage              
at 1,200 °C

%

< 1.5

< 0.5

        Weight Loss       
at 
1,200 °C

%

2.6

 0.1

Moisture Uptake

Moisture absorption of monofilament ceramic fibres is extremely low. Thanks to their nonporous surface, the fibres are able to retain a maximum of 0.08 % of their weight in water.

Thermal Properties

Monofilament ceramic fibres have low conductivity and excellent resistance to high temperatures, making them an incomparable thermal insulator.

Property

Unit

Ceramic 1,100 °C

Ceramic 1,370 °C

Max. Operating Temperature

°C

1,100

1,370

Peak Temperature

°C

1,700

1,700

Thermal Conductivity
at 100 °C

W.m-1.K-1

0.10

0.12

Thermal Conductivity
at 500 °C

W.m-1.K-1

0.14

 0.16

Thermal Conductivity
at 1,000 °C

W.m-1.K-1

0.18

0.19

Benefits of Ceramic Fibres 

  • Low elongation rate
  • Low shrinkage
  • Excellent chemical resistance
  • Excellent dielectric strength
  • Low thermal conductivity
  • Excellent resistance to thermal shock
  • Low porosity

Comparison

Property

Unit

E-Glas

Silicium Ceramic

Peak Temperature

°C

600

1,100

1,700

Density

g/cm3

2.6

2.2

3.05

Thermal Conductivity

W.m-1.K-1

0.85 to 1

1.38

Dielectric Constant

6.4

3.7

5.7

Applications of Ceramic Fibres

  • Thermal shield
  • Fire barrier
  • Thermal insulation
  • Electrical insulation
  • Composite reinforcement
  • Sealing and insulation

Ceramic Fibres Products

Threads

Ceramic threads are primarily designed for thermal, electrical and mechanical applications subjected to extreme conditions. Composed mainly of Al2O3 at different percentages, the 080-0600 strips withstand continuous temperatures up to 1,370 °C. They are used for the manufacture of fire safety equipment and electrical or chemical insulators.

Sleeves

Ceramic sleeves type 080-0500 can withstand operating temperatures up to 1,370 °C. They are particularly suitable for the insulation and protection of cables, tubes, pipes and thermocouples. They can also be used as insulation seals.

Tapes

The 080-0700 ceramic tapes are resistant to operating temperatures up to 1,100 °C. They are particularly suitable for the insulation and protection of cables, tubes and pipes and to strengthen packaged products. A Heat Cleaned coated version is available to limit irritations for customized applications as well as flying fibres and the amount of smoke generated during exposure to high temperatures.

Fabrics

080-0300 and 080-0400 ceramic fabrics are resistant to continuous operating temperatures of 1,100 °C and 1,370 °C, respectively. They are mainly used in the industry as a heat shield or fire barrier. A Heat Cleaned coated version is available to limit irritations for customized applications as well as flying fibres and the amount of smoke generated during exposure to high temperatures.

Physical variables included in this documentation are provided by way of indication only and do not, under any circumstances, constitute a contractual undertaking. Please contact our technical service if you require any additional information.

Ceramics Fibres (182.60k)

Technical Data Sheet: Ceramics Fibres


Alumina Fibre Fabrics 1300°C

Final Advanced Material offers alumina ceramic fabrics for high temperature applications. This ceramic fibre can withstand temperatures up to 1,300 °C. This material endows products with beneficial thermal and chemical properties.
Full description

Ceramic Fibre Fabrics 1700°C

Ceramic fabrics are primarily composed of alumina at different percentage. Monofilament ceramic fabrics are resistant to temperatures of 1700°C. They are mainly used in the industry as a heat shield or fire barrier.
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Ceramic Fibre Sleeves 1700°C

Final Advanced Materials supplies monofilament ceramic sleeves composed mainly of Al2O3 and capable of withstanding temperatures up to 1700°C. Particularly suitable for the insulation and protection of cables, tubes, pipes and thermocouples.
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Ceramic Fibre Tapes 1700°C

The innovative continuous polycrystalline ceramic fibre tapes can resist up to 1700°C. Particularly suitable for the insulation and protection of cables, tubes and pipes. A Heat Cleaned coated version is available.
Full description

Ceramic Fibre Threads 1700°C

Monofilament ceramic threads are primarily designed for thermal, electrical and mechanical applications subjected to extreme conditions. Composed mainly of Al2O3 at different percentages, these products can withstand temperatures up to 1700 °C.
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