Heat-resistant, fire-resistant, insulating inorganic fiber Superwool Prime blanket
It has a low thermal conductivity, excellent insulation performance, and is effective in reducing CO₂ emissions and minimizing heat loss.
The new Superwool Prime blanket is a high-performance, biodegradable fiber product that can withstand classification temperatures of 1300°C, representing the next-generation model evolved from the traditional Superwool series. Developed for high-temperature applications, this product significantly contributes to reducing energy consumption, lowering CO₂ emissions, and improving comfort during work. While it possesses heat resistance equivalent to the conventional Superwool HT, it demonstrates even better physical strength and insulation performance. Additionally, the reduction in shot content enhances handling, flexibility, and tensile strength, contributing to an improved working environment. This leads to increased efficiency in on-site construction and results in long-term operational cost savings. Superwool Prime offers new value to the market as a sustainable insulation solution that balances environmental impact reduction with the safety and comfort of workers.
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basic information
The Superwool Prime blanket is a high-performance AES (Alumina Earth Silicate Wool) product that meets a classification temperature of 1300°C, representing the next-generation model evolved from the traditional Superwool series. It demonstrates stable performance even in high-temperature environments, contributing to improved energy efficiency and working conditions. It features the following characteristics: ● Low thermal conductivity, excellent insulation properties, and reduced heat loss. ● Free from binders and lubricants. ● Thermally stable. ● Low heat capacity (low thermal storage). ● Flexible and resilient. ● Excellent thermal shock resistance. ● Exempt from carcinogenic classification under EU Directive 97/69/EC. ● Not subject to RCF regulations. ● Composed of AES (Alumina Earth Silicate Wool) blanket. These characteristics make Superwool Prime a reliable insulation material that combines safety, environmental performance, and workability for various industrial applications.
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Applications/Examples of results
The Superwool Prime blanket is a high-performance AES (alumina-silicate wool) product that can withstand a classification temperature of 1300°C, making it a next-generation insulation material with excellent thermal insulation, heat resistance, and flexibility. It maintains stable performance even in high-temperature environments, contributing to improved energy efficiency and enhanced working conditions. It is suitable for a wide range of applications, including: ● Lining material for fireproof insulation in various furnaces ● Backup insulation for various fireproof materials ● Gaskets and sealing materials for high-temperature areas ● Various materials for sound absorption and filtration ● Insulation materials for heating and cooking appliances ● Joint filling materials for fireproof panels In these applications, Superwool Prime achieves a high level of workability, safety, and environmental performance, making it a reliable choice for insulation solutions in industrial sectors.
Detailed information
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It has better thermal conductivity than the conventional Superwool HT.
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Company information
Our company manufactures and sells high-temperature inorganic fibers and their processed products, accumulating technology and achievements in various applications such as automotive components, steel, construction materials, plants, and ships. Our "Superwool" is a biocompatible low-residue fiber that does not pose health risks to humans, and we propose solutions to various challenges in high-temperature environments. - It has heat resistance of over 1000°C. - It is ideal as a raw material for special papers, non-woven fabrics, friction materials, composites, and coatings that require high-temperature performance. - We can supply molded and processed fireproof insulation materials such as blankets, textiles, and boards. - It excels in thermal shock resistance, contributing to the longevity of equipment and energy savings. - It is not subject to regulations on refractory ceramic fibers in various countries, including Japan and the EU.
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