ProRox PS 960 is a mandrel wound pipe section. The insulation sections are made out of stone wool and are produced with an innovative water repellent binder called WR-Tech to mitigate the risk of corrosion under insulation. A reinforced aluminum foil facing is available upon request.
ProRox SL 950 is a strong, rigid slab, specially developed for the thermal and acoustic insulation of boilers, columns and vessels up to intermediate temperatures. ProRox SL 950 slabs can also be supplied in a special water repellent grade to meet the BP Engineering Standard 172. Reinforced aluminium foil facing is also available.
ProRox WM 960 is a lightly bonded heavy-duty stone wool insulation mat stitched on galvanized wired mesh with galvanized wire.
Stainless steel mesh and binding wire (SW), and/or reinforced aluminium foil (ALU) facing are available upon request.
The wired mats are produced with an innovative water-repellent binder, known as WR-Tech™, to mitigate the risk of corrosion under insulation (CUI).
WR-Tech ensures our stone wool maintains its superior water repellency even at elevated operating temperatures within the CUI range, while preserving its excellent thermal performance in use.
ProRox SL 920 is a strong but flexible stone wool board for the thermal insulation of horizontal and vertical planes. ProRox SL 920 slabs can also be supplied in a special water repellent grade to meet the BP Engineering Standard 172. Reinforced aluminium foil facing (ALU) is also available.
ProRox SL 930 is a semi-rigid board for the thermal and acoustic insulation of horizontal and vertical walls where a stable insulation product is required. For example, tank walls or acoustic panels. ProRox SL 930 slabs can also be supplied in a special water repellent grade to meet the BP Engineering Standard 172. Reinforced aluminium foil facing is also available.
ProRox SL 930 conforms to EN 14303:2009+A1:2013. Thermal insulation products for building equipment and industrial installations. Factory made mineral wool products (MW). Specification and can be used to satisfy BS 5422: “Method for specifying thermal insulating materials for pipes, tanks, vessels, ductwork and equipment operating within the temperature range -40°C to +700°C“.
