We manufacture high temperature Insulation solutions
We manufacture high temperature Insulation solutions

We manufacture High Temperature Insulation solutions
Our innovative refractory materials operate in environments up to 1,600 °C
Optimise the energy efficiency of your industrial processes and equipment
What makes us different
Manufacture of vacuum formed fibre shapes
Expertise in high temperatures from 1000 to 1600°C
Production of customised refractory fibre shapes
Innovation and development of refractory materials for industry
Refractory solutions
We manufacture customised shapes from materials that guarantee high temperature insulation in industrial applications, with excellent insulating characteristics, low density and high resistance to thermal shock.
We customise shapes by altering their density and hardness, depending on their application and the requirements of each customer.
Silform 1100
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
Silfom 1300
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Silform 1600
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Silform H2
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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
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
1000°C 0,17
L.O.I (%) < 0,17
SILFORM
1600
CLASSIFICATION TEMPERATURE (⁰C)
1700
MAXIMUM WORKING TEMPERATURE (⁰C)
1600
DENSITY (Kg/m3)
250-300
LINEAR SHRINKAGE (%)
1600ᵒC/24h < 1
CHEMICAL ANALYSIS (%)
SiO₂ 20
Al₂O₃ 80
THERMAL CONDUCTIVITY (W/m ⁰C)
800°C 0,12
1000°C 0,16
1200°C 0,2
1200°C 0,25
L.O.I (%) < 8
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
1200°C 0,25
L.O.I (%) < 8
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Industrial applications

Iron and steel
We extend the useful life of equipment and reduce maintenance costs with refractory materials resistant to extreme temperatures and thermal shocks.

Glass and ceramics manufacturing industry
We improve the energy efficiency of melting and sintering furnaces with tailor-made thermal insulation solutions.

Power generation equipment
We minimise thermal losses and improve the performance of boilers with efficient insulation.

Incinerators and crematoria furnaces
We ensure industrial furnace insulation with refractory materials that enable precise temperature control and reduced emissions in industrial furnaces.

Petrochemicals
We develop refractory materials with high chemical resistance and thermal stability, ideal for severe process environments.

Condensing boilers
Our thermal insulation materials maximise thermal efficiency and reduce energy consumption.
About Nutec Procal
Nutec Procal is the manufacturer of high temperature fibre vacuum formed shapes with the highest technological development at present. Its high degree of involvement in the research of new materials makes Nutec Procal the ideal partner in projects with vacuum formed thermal insulation products.