Fiberglass Insulation Knauf – High Temperature Knauf High-Temperature Fiberglass Insulation is a premium-grade thermal and acoustic insulation solution designed for use in extreme heat environments. Manufactured using Knauf’s advanced ECOSE® Technology, it offers excellent thermal resistance, fire safety, and long-lasting performance. Ideal for HVAC systems, industrial ducting, boilers, and equipment exposed to elevated temperatures. Applications: High-temperature HVAC duct insulation Boiler rooms and industrial piping Ovens, kilns, and heat-generating equipment Commercial and industrial ventilation systems Thermal insulation for walls, ceilings, and enclosures in hot zones Features: High Thermal Resistance: Maintains insulation performance at elevated temperatures up to 538°C (1000°F), depending on product grade. Non-Combustible: Fire-rated to Euroclass A1 or equivalent ASTM standards. Energy Efficient: Reduces heat loss and improves energy efficiency in mechanical and thermal systems. Eco-Friendly Manufacturing: Produced with ECOSE® Technology – free from formaldehyde, dyes, and artificial colors. Sound Absorption: Provides excellent acoustic insulation in addition to thermal protection. Durable and Lightweight: Easy to handle and install; resists sagging or deterioration over time. Specifications: (General – may vary by exact product type) Parameter Details Brand Knauf Product Type High-Temperature Fiberglass Insulation Material Glass Mineral Wool Temperature Resistance Up to 538°C (1000°F) Fire Rating Euroclass A1 / ASTM E84 Class A Thickness Range 25mm – 100mm (varies by product) Density 24 – 48 kg/m³ (product-dependent) Facing Options Plain, Foil-Faced, Black Tissue, etc. Application Area HVAC, Industrial, Commercial Eco Certification GREENGUARD, EUCEB, formaldehyde-free Frequently Asked Questions (FAQs): Is this insulation safe for indoor air quality?Yes, Knauf insulation with ECOSE® Technology is formaldehyde-free and certified for indoor air safety. Can this be used for both hot and cold insulation?Absolutely. It is suitable for both thermal protection in hot systems and cold line condensation control.
