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ProRox® FSL 960 NA (North America) combines the flexibility and fire resistance of stone wool with exceptional high-temperature performance up to 1200˚F. This insulation board is optimised for applications involving light mechanical loads.

Delivering highest fire safety and acoustic comfort, SeaRox® SL 620 is a thin, versatile insulation slab for marine and offshore steel and aluminium constructions. It simplifies stock, meets the latest certificates, and ensures long-term performance.

Suitable for A-class steel and aluminium constructions, ROCKWOOL® SeaRox FB6040 lightweight fire boards offer high fire performance when low weight is an important factor.

SeaRox® SL 740 is a low weight, semi rigid stone wool slab that improves onboard thermal comfort and energy efficiency. Available with various facings for vapour control and surface protection.

SeaRox® SL 480 high-density insulation slabs deliver firesafe acoustic and thermal insulation of floating floors and fire-safe marine panels.

Low weight SeaRox® MA 7000 ALU insulation mats reduce transport costs, and offer easy installation. The resilient SeaRox MA 7000 ALU stone wool insulation mats deliver effective indoor thermal comfort.

ProRox® SL 950 is a semi-rigid stone wool insulation slab designed for effective thermal and acoustic protection in high temperature industrial environments, such as tanks and vessels. Reinforced aluminium foil facing available.

Maximise energy efficiency with ProRox® SL 950 UK semi-rigid stone wool slabs. Engineered for thermal and acoustic insulation up to 640°C, this non-combustible insulation maintains dimensional stability on vertical and horizontal surfaces.

ROCKWOOL® SeaRox® SL 620 NA semi-rigid insulation slabs offer certified A-class fire protection with excellent acoustic performance in a thin, versatile insulation slab for marine and offshore steel constructions.

ProRox® SL 930 NA helps your industrial operation cut energy loss and control noise. This semi-rigid stone wool board delivers stable thermal and acoustic performance in intermediate to high-temperature environments.