Multiple industrial sectors including chemical processing, rubber vulcanization, thermal power supporting, pharmaceutical sterilization and textile manufacturing rely on high-temperature steam for production heating and process treatment. Steam delivery features high medium temperature, stable internal pressure and periodic thermal expansion and contraction. Ordinary fiber-braided steam hoses have limited pressure resistance and are prone to swelling and bursting under high steam pressure. High temperature steam rubber hose adopting steel wire braided reinforcement is designed for heavy-duty steam transmission. It combines high-temperature aging resistance and robust pressure-bearing capacity to meet long-term continuous steam conveying needs of heavy industrial production lines.

The inner tube is manufactured from special high-temperature resistant rubber compound with excellent thermal stability and hydrolysis resistance. The material resists continuous erosion from hot steam and condensed hot water, preventing inner wall softening, bubbling, cracking and peeling. It avoids medium contamination caused by rubber debris falling off, suitable for production scenarios with hygiene requirements such as medicine and food processing. The outer rubber cover is added with anti-thermal aging, ozone-resistant and weather-resistant additives. It slows aging hardening and surface cracking caused by long-term high-temperature radiation and workshop environmental erosion, extending the service life of the pipeline under repeated heating and cooling cycles. The rubber formula maintains stable physical properties under frequent temperature fluctuation of steam equipment startup and shutdown.

Different from cotton fiber braided hoses, this steam hose uses multi-layer high-tensile steel wire cross braiding as the bearing framework. Dense interlaced steel wires are sandwiched between inner heat-resistant rubber and outer protective rubber, tightly bonded with rubber layers through high-temperature vulcanization. The steel wire braided structure greatly improves radial tensile strength, effectively limiting pipe wall expansion under high steam pressure and eliminating risks of bulging, deformation and blasting. The rigid reinforcement offsets thermal expansion stress generated during steam heating, preventing interlayer separation between rubber and reinforcement caused by repeated thermal expansion and contraction. Meanwhile, steel wire braiding provides strong tensile resistance to avoid pipeline elongation damage under gravity and pulling force.

The steel wire braided structure guarantees pressure resistance while retaining moderate flexibility. The hose can be bent at multiple angles to route around steam boilers, valves, reaction kettles and printing and dyeing equipment without dead bending that blocks internal flow channels. It can compensate assembly errors of rigid metal pipelines and absorb mechanical vibration of steam pumps and pipelines, reducing loosening risks of pipe joints. Compared with hard metal pipes, the flexible hose is easier to transport, cut and install on site. Operators can adjust the laying path according to equipment layout without complicated pipeline bending processing.

Steel wire reinforced steam hoses adapt to higher pressure steam working conditions beyond the bearing limit of fiber braided pipes. It can serve both low-pressure conventional heating steam and high-pressure process steam used in vulcanization and chemical heating. The steel wire layer is treated with anti-rust coating to resist corrosion by steam condensate and workshop humid air, avoiding reinforcement rust failure. The layered composite structure resists comprehensive damage factors including high temperature, pressure impact, vibration and humid corrosion, realizing stable operation in harsh industrial workshops all year round.

This reinforced steam hose is widely used in heavy industry and light industry. Major application scenarios cover rubber product vulcanization, chemical reactor heating, pharmaceutical high-temperature disinfection, textile printing and dyeing, industrial laundry ironing, building thermal engineering and food high-temperature sterilization. The hose supports customized cutting according to measured laying length and matches universal pipe clamps, quick connectors and flange accessories for fast assembly. All finished products pass strict factory inspections including high-temperature endurance test, hydrostatic burst test and vibration fatigue test to ensure safety during steam delivery.