Fluid Plate
LT780
Oil Return Rubber Hose
Hose Construction Inner Tube: Black oil resistant synthetic rubberReinforcement: One braid or one spiral of textileOuter Layer: Black oil weather,and abrasion resistant synthetic rubberTemperature Range: -40°C ~ +100°C (-40°F ~ +212°F)Application: Suitable to convey petroleum-based hydraulic oil, lubricating oil,water,and air
LT798
Ultra-high Pressure Resin Hose W.P. 29000PSI
Application: Suitable for conveying water and hydraulic oil under high pressure, widely used in high-pressure cleaning and other industriesInner Tube: NylonReinforcement: Four or six layers of high-strength ultra-flexible steel wire windingOuter Cover: Black or colored polyurethaneTemperature Range: -40°C to +100°C (-40°F to +212°F)
LT797
Ultra-high Pressure Resin Hose W.P. 21750PSI
Inner Tube: NylonReinforcement: Four or six layers of high-strength ultra-flexible steel wire windingOuter Cover: Black or colored polyurethaneTemperature Range: -40°C to +100°C (-40°F to +212°F)Application: Suitable for conveying water and hydraulic oil under high pressure, widely used in high-pressure cleaning and other industries
LT796
Ultra-high Pressure Resin Hose W.P. 14500PSI
Inner Tube: NylonReinforcement: Four-layer steel wire windingOuter Cover: Black or colored polyurethaneTemperature Range: -40°C to +100°C (-40°F to +212°F)Application: Suitable for conveying water and hydraulic oil under high pressure, widely used in high-pressure cleaning and other industries
LT801
Wire Braid Air Hose
Application: Designed for higher pressure air transfer services in construction and mining industries,suitable for extremely environment because of its abrasion resistant characteristicHose Construction Inner Tube: Black NR&SBR synthetic rubberReinforcement: One braid of high tensile super flexible steel wireOuter Layer: Black or yellow NR&SBR synthetic rubberTemperature Range: -30℃~82℃(-22°F~180°F)*The hose dimension,pressure and color can be customized based on the requirements
LT803
GB/T 1186 Fiber Spiral Compressed Air Hose
Application: Designed for compressed air transfer in construction and mining industries,suitable for extremely environment because of its abrasion resistant characteristicHose Construction Inner Tube: Black NR&SBR synthetic rubberReinforcement: Multi-spiral high tensile synthetic fibers and helix spiral-wireOuter Layer: Black NR&SBR or CR synthetic rubberTemperature Range: -30℃~82℃(-22°F~180°F)*The hose dimension,pressure and color can be customized based on the requirements.
LT805
GB/T 1186 Fiber Spiral High-Temp Compressed Air Hose
Application: Designed for compressed air transfer in construction and mining industries,suitable for the relatively high-temperature environment.Hose Construction Inner Tube: Black high-temp resistant synthetic rubberReinforcement: Multi-spiral high tensile synthetic fibers and helix spiral-wireOuter Layer: Black high-temp resistant synthetic rubberTemperature Range: -30℃~150℃(-22°F~302°F)*The hose dimension,pressure and color can be customized based on there quirements.
LT901
HG/T 3035 General Purpose Water Suction&Discharge Rubber Hose
Application: Designed for the general use of construction,agriculture,and other industrial applications.Hose Construction Inner Tube: Black EPDM or NR&SBR synthetic rubber(UPE layer is available)Reinforcement: Multi-spiral high tensile synthetic fibers and helix spiral-wireOuter Layer: Black EPDM or NR&SBR synthetic rubberTemperature Range: -30°℃~100℃(-22°F~212°F)*The hose dimension,pressure and color can be customized based on the requirements.
LT903
HG/T 3035 Water Discharge Rubber Hose
Application: Designed for the general use of construction,agriculture,and other industrial applications.Hose Construction Inner Tube: Black EPDM or NR&SBR synthetic rubber (UPE layer is available)Reinforcement: Multi-spiral high tensile synthetic fibersOuter Layer: Oil,abrasion resistant,anti-aging black,gray or blue NBR or PVC synthetic rubberTemperature Range: -30°C〜82°C (-22°F~180°F)*The hose dimension,pressure and color can be customized based on the requirements.
