Loose Rock Wool Fill for Cavity and Equipment Insulation

ABM® Rock Wool has been tested according to international standards such as ASTM C518/C177. It exhibits consistently low thermal conductivity across a wide temperature range, with superior thermal stability and environmental adaptability. Ideal for demanding industrial insulation and fireproof applications.

ABM® ensures that industrial insulation layers remain dry in humid environments, maintaining stable thermal conductivity, preventing energy loss and metal corrosion, and significantly enhancing system durability and energy efficiency.

ABM® Rock Wool is asbestos-free. The International Agency for Research on Cancer (IARC) classifies rock wool products as Group C – not carcinogenic. Water extracts are neutral to mildly alkaline, causing no harm or corrosion to materials in contact. Free of CFCs, HCFCs, and HFCs.

ABM® Rock Wool’s fibrous structure forms a highly porous interconnected network, ensuring excellent acoustic absorption and noise reduction. It significantly minimizes sound reflection and transmission, creating a disturbance-free environment for work and living.

ABM® Rock Wool is resistant to freeze-thaw cycles and UV exposure. It does not expand or contract with seasonal temperature variations and can perform reliably under extreme climates without being affected by other materials.

The energy saved during ABM® Rock Wool’s use exceeds the energy consumed in its production, transportation, and recycling by over 100 times.

ABM® Loose Fill Wool can be applied by spraying or manual filling, greatly improving installation efficiency in complex conditions and effectively reducing labor costs.

ABM® Low-Chlorine Rock Wool is chemically stable, resistant to degradation from chloride migration, and ensures that insulation systems maintain a consistently low thermal conductivity throughout their service life. Its durability matches that of the equipment, avoiding frequent replacement and maintenance costs.

With excellent flowability, granular form easily fills irregular cavities and complex structures, achieving seamless insulation without dead zones.