Customized Refractory Fibre Shapes for High Temperature Insulation

Customized Vacuum-formed Fibre Shapes for High Temperatures

These shapes are made with thermal insulation fibre using vacuum moulding techniques. Their fibrous structure provides excellent insulating characteristics, low density, and high resistance to thermal shock. Depending on their formulation, the shapes can operate up to 1600°C. This allows for improved mechanical, corrosion, and chemical attack resistance.



Because the shapes are customized, they can have their characteristics altered according to each customer's requirements. This includes factors such as density and surface hardness. The main parameters, such as operating temperature and insulating performance, are maintained.

SILFORM 1600

Product Portfolio

Fiber Composition

MULLITE

SILFORM H2

CLASSIFICATION TEMPERATURE (⁰C)

1700

MAXIMUM WORKING TEMPERATURE (⁰C)

1600

DENSITY (Kg/m3)

250-300

LINEAR SHRINKAGE (%)

1600ᵒC/24h

< 1

CHEMICAL ANALYSIS (%)

SiO₂

18

Al₂O₃

82

THERMAL CONDUCTIVITY (W/m ⁰C)

800°C

0,12

1000°C

0,16

1200°C

0,2

1400°C

0,25

L.O.I (%)

< 8

Fiber Composition

SILICA FIBER+MULLITE

SILFORM 1300

CLASSIFICATION TEMPERATURE (⁰C)

1400

MAXIMUM WORKING TEMPERATURE (⁰C)

1300

DENSITY (Kg/m3)

300-350

LINEAR SHRINKAGE (%)

1300ᵒC/24h

< 1

CHEMICAL ANALYSIS (%)

SiO₂

35

Al₂O₃

65

THERMAL CONDUCTIVITY (W/m ⁰C)

800°C

0,1

1000°C

0,14

1200°C

0,17

L.O.I (%)

0,17

Fiber Composition

AES HT + SILICA FIBER

SILFORM 1100

CLASSIFICATION TEMPERATURE (⁰C)

1200

MAXIMUM WORKING TEMPERATURE (⁰C)

1150

DENSITY (Kg/m3)

250-300

LINEAR SHRINKAGE (%)

1150ᵒC/24h

< 1,5

CHEMICAL ANALYSIS (%)

SiO₂

60

Al₂O₃

35

CaO + MgO

4

THERMAL CONDUCTIVITY (W/m ⁰C)

600°C

0,07

800°C

0,1

1000°C

0,12

L.O.I (%)

< 8

Fiber Composition

SILICA FIBER

PHB11ES

CLASSIFICATION TEMPERATURE (⁰C)

1200

MAXIMUM WORKING TEMPERATURE (⁰C)

1150

DENSITY (Kg/m3)

180-230

LINEAR SHRINKAGE (%)

1150ᵒC/24h

< 1

CHEMICAL ANALYSIS (%)

SiO₂

88

Al₂O₃

9

THERMAL CONDUCTIVITY (W/m ⁰C)

600°C

0,07

600°C

0,09

1000°C

0,12

L.O.I (%)

< 10

Fiber Composition

AES

PHB10E

CLASSIFICATION TEMPERATURE (⁰C)

1200

MAXIMUM WORKING TEMPERATURE (⁰C)

1000

DENSITY (Kg/m3)

300-450

LINEAR SHRINKAGE (%)

1000ᵒC/24h

< 1,5

CHEMICAL ANALYSIS (%)

SiO₂

75 - 85

Al₂O₃

5 - 10

CaO + MgO

10 - 15

THERMAL CONDUCTIVITY (W/m ⁰C)

400°C

0,06

600°C

0,12

800°C

0,16

L.O.I (%)

< 10

Fiber Composition

AES HT

PHB12E

CLASSIFICATION TEMPERATURE (⁰C)

1200

MAXIMUM WORKING TEMPERATURE (⁰C)

1100

DENSITY (Kg/m3)

270-350

LINEAR SHRINKAGE (%)

1100ᵒC/24h

< 1

CHEMICAL ANALYSIS (%)

SiO₂

82

Al₂O₃

4

CaO + MgO

14

THERMAL CONDUCTIVITY (W/m ⁰C)

600°C

0,1

800°C

0,13

1000°C

0,15

L.O.I (%)

< 10

Fiber Composition

MULLITE

SILFORM 1600

CLASSIFICATION TEMPERATURE (⁰C)

1700

MAXIMUM WORKING TEMPERATURE (⁰C)

1600

DENSITY (Kg/m3)

250-300

LINEAR SHRINKAGE (%)

1600ᵒC/24h

< 1

SiO₂

20

Al₂O₃

80

THERMAL CONDUCTIVITY (W/m ⁰C)

800°C

0,12

1000°C

0,16

1200°C

0,2

1400°C

0.25

L.O.I (%)

<8

Industries and Applications

Technical Data Sheets

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Date added:08/05/2023

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