[Energy-saving and Carbon Neutral Measures] High-performance Insulation Material 'Silsaam'
Fuel costs are changing! Super low thermal conductivity insulation material "Silsaam"
Features of Silsaam Insulation Material: - Heat resistance temperature: 1000°C (top specification: 1200°C) - Thermal conductivity: 0.020 (at room temperature) / 0.034 (at 800°C) - Lower thermal conductivity than air - Insulation performance that is 5 to 10 times better than conventional insulation materials - A wide variety of lineups tailored to applications Benefits: - Reduction in CO2 emissions due to improved insulation - Decrease in fuel costs due to enhanced energy efficiency - Improvement in yield through optimization of thermal efficiency - Reduction in equipment costs due to lightweight design - Reduction in surface heat dissipation due to compact design - Expansion of volume due to thinner insulation material We contribute to reducing rising fuel costs due to inflation, addressing carbon pricing measures, and achieving carbon neutrality. We also provide estimates for energy-saving effects.
basic information
**About Silsaam Japan** ♦ We consistently manufacture from fumed silica, the raw material for microporous insulation, to the final product. ♦ In addition to the high quality unique to raw material manufacturers, we pride ourselves on being able to offer low-cost, high-value-added products. **Product Line** ■ Microporous high-performance insulation materials ■ High-performance vacuum insulation materials ■ Biodegradable fiber insulation materials ■ Calcium silicate insulation materials, etc. **Main Applications** ■ High-temperature applications: Steel / Non-ferrous / Plants / Power generation / Industrial furnaces, etc. ■ Fireproof applications: Construction (specific fire prevention equipment) / Civil engineering (tunnel fire resistance), etc. ■ Low-temperature applications: Housing / Home appliances / Medical transport containers / Cold chain logistics, etc.
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Applications/Examples of results
Corresponding Shapes - Flat - Two-dimensional curved surface - Three-dimensional curved surface Applications - Manufacturing processes for steel / non-ferrous metals / glass, etc. - Industrial furnaces (combustion furnaces and electric furnaces) - Semiconductor equipment - Hydrogen / ammonia production equipment - Thermal energy devices - Residential and commercial buildings It is adopted in various industries and applications around the world.
