Chimneys

ProRox SL 960 is a robust, rigid stone wool board designed for high-temperature industrial use, providing excellent thermal and acoustic insulation for applications such as boilers and columns.

Protect industrial equipment with ProRox® WM 960 UK heavy duty stone wool wired mat. Engineered for high-temperature applications up to 640°C, this durable insulation mat delivers reliable thermal performance in demanding environments.

ProRox WM 960 with WR Tech binder is a water-repellent, heavy-duty stone wool insulation mat for the thermal and acoustic insulation of pipework, reactors and furnaces.

ProRox® WM 970 is a water-repellent stone wool mat specifically designed for high-temperature industrial applications requiring superior vibration resistance and thermal protection.

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.

Loose-fill stone wool insulation for excellent thermal and acoustic performance in irregular spaces. Fillable and flexible, ProRox® LF 970D easily adapts to voids, joints, and complex geometries in industrial systems.

Insulate demanding industrial installations with ProRox® WM 970 UK wired mat in stone wool. Engineered for high-temperature applications up to 680°C, this insulation delivers structural stability and long-term performance.

Granulated stone wool insulation ideal for irregular and hard-to-reach spaces. ProRox® GR 903 delivers effective thermal and acoustic insulation of voids, cold boxes, air separation plants and other industrial applications.

ProRox® PS960NA with WR-Tech™ is engineered for industrial pipe insulation, delivering robust thermal efficiency and water repellency to help protect against corrosion while ensuring reliable, long-term performance.

ProRox® PS 960 is a mandrel wound stone wool insulation with WR-Tech, offering good thermal efficiency and water repellency for industrial pipework, while minimizing CUI risk.