Flexible Aerospace Ducting Hoses. Medium to high temperature ducting made from a range of medium and high-temperature fabric materials, including Neoprene, Silicone and special coated high temp glass fabrics, for temperatures up to +1100°C.
Neoprene Coated, 1 Layer, DIN 75200 & FMVSS 302; good for applications in transit vehicles, shipbuilding, hot gaseous media...
Two-ply neoprene coated glass fabric flexible and flexible ducting reinforced internally with steel wire helix. External glass cord. +135ºC (Intermittent +150ºC)
Single-ply silicone-coated glass fabric, flexible ducting hose; reinforced internally with steel wire helix and external glass cord.
Double Layered, Mechanically Robust, up to +250 °C - conveyance of air/gas; good for manufacturing industries.
Master Clip SILICON: Single layer, silver, silicone-coated glass-fibre, -60 to +300 °C; engine/aircraft manufacturing, defence systems, hot/cold air.
Master Clip ISO-SILICON: Flexible ducting hose, Two-ply Silicone/glass fabric ducting. High-Temperature Hose -60 to 300 °C; hot/cold air/fume conveyance, engine/aircraft manufacturing, defence systems...
Master Clip ISO-CAR Hose: 2 PLY up to 300 °C - Good for engine exhaust fumes, diesel engine test-benches with higher extraction performance, plus more.
Master Clip HT 400 (Heat Protective Hose, 1 Layer): up to +400 degrees celsius. Good for oven manufacturing, hot air, extractor units, smoke & more.
Master Clip HT 450 (Heat Protective Hose, 2 Layers): up to +450 degrees celsius. Good for diesel engine test benches with higher extraction performance, defence systems, aircraft manufacturing & more.
Master Clip HT 650 (Heat Protective Hose, 2 Layer): up to +650 °C. Good for exhaust gas extraction for high-performance engine test benches in the automotive industry, mining and steel industry, infrared drying units and more.
Master Clip HT 1100 (Heat Protective Hose, 3 Layered): up to +1100 °C. Good for suction/extraction of turbojet engine exhaust fumes, exhaust gas extraction for larger capacity engines, suction during spark formation & other extreme tempera [...]