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Bio Soluble Blanket

Bio Soluble Blanket

Textile Technologies Europe Ltd supplies a specialist range of bio soluble insulation blankets engineered for high temperature thermal insulation, furnace lining, fire protection, heat containment and industrial process applications. Manufactured using advanced alkaline earth silicate (AES) fibre technology, bio soluble blankets provide excellent thermal efficiency, low thermal conductivity and outstanding flexibility while offering an alternative to traditional refractory ceramic fibre insulation products.

The bio soluble blanket range supplied by Textile Technologies Europe Ltd includes Vulcor Soliblanket ULS™, Morgan Superwool Plus™ Blanket and Morgan Superwool Prime™ Blanket. These products are widely used throughout power generation, heat treatment, petrochemical processing, furnace construction, OEM equipment manufacture and industrial thermal management systems.

Bio Soluble Blanket Comparison Guide

Product Classification Temperature Fibre Technology Key Characteristics Typical Applications
Vulcor Soliblanket ULS™ 1200°C AES Bio Soluble Fibre Excellent thermal insulation, flexible, lightweight, low thermal conductivity Furnace linings, thermal barriers, OEM insulation
Morgan Superwool Plus™ Blanket 1200°C Low Biopersistent AES Fibre Excellent thermal efficiency, low heat storage, flexible installation Industrial insulation, boilers, furnaces, kilns
Morgan Superwool Prime™ Blanket 1300°C Low Biopersistent AES Fibre Enhanced temperature capability, excellent thermal performance High temperature furnaces, process heating systems

Vulcor Soliblanket ULS™

Textile Technologies Europe Ltd supplies Vulcor Soliblanket ULS™, a high performance bio soluble insulation blanket manufactured using advanced alkaline earth silicate fibre technology. Designed for demanding industrial thermal insulation applications, Vulcor Soliblanket ULS™ combines excellent thermal efficiency with low thermal conductivity and exceptional flexibility.

Vulcor Soliblanket ULS™ is widely used in furnace linings, kiln insulation, thermal barriers, heat containment systems and OEM thermal management applications where lightweight and energy efficient insulation is required.

Morgan Superwool Plus™ Blanket

Textile Technologies Europe Ltd supplies Morgan Superwool Plus™ Blanket, a market-leading low biopersistent insulation blanket engineered for industrial thermal insulation applications. Superwool Plus™ Blanket provides excellent thermal efficiency, low heat storage and exceptional resistance to thermal shock while maintaining excellent flexibility and ease of installation.

Morgan Superwool Plus™ Blanket is commonly used in boilers, furnaces, kilns, thermal processing equipment, removable insulation systems and industrial heat containment applications.

Morgan Superwool Prime™ Blanket

Textile Technologies Europe Ltd supplies Morgan Superwool Prime™ Blanket for applications requiring enhanced temperature capability and superior thermal insulation performance. Manufactured using advanced low biopersistent fibre technology, Superwool Prime™ Blanket delivers excellent energy efficiency and long-term reliability in demanding high temperature environments.

Morgan Superwool Prime™ Blanket is widely used in high temperature furnaces, petrochemical processing equipment, heat treatment systems, process heaters and industrial thermal management applications operating at elevated temperatures.

Why Choose Bio Soluble Blanket?

Bio soluble blankets offer an effective combination of thermal performance, energy efficiency and installation flexibility for industrial heat management applications. Their low thermal conductivity helps reduce heat loss, improve energy efficiency and support process temperature control while maintaining lightweight handling characteristics.

Textile Technologies Europe Ltd supplies a comprehensive range of bio soluble insulation blankets to suit a wide variety of industrial thermal insulation applications, supported by technical expertise and extensive experience in high temperature insulation materials.

 

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