Food processing factories, chemical plants, textile printing and dyeing workshops, heating equipment and sterilization workshops need continuous delivery of high-temperature steam in daily production. Ordinary rubber pipes are prone to rapid aging, softening deformation and wall bubbling under long-term hot steam scouring, which easily causes pipe rupture and steam leakage, threatening on-site personnel safety and stable production progress. The 160 degrees heat resistant rubber steam hose with multi-layer cotton braided reinforcement is specially developed for industrial steam transmission. This industrial steam tube balances high-temperature tolerance, pressure resistance and structural stability, adapting to long-cycle delivery of saturated steam under stable temperature limits.

The inner rubber tube adopts high-temperature resistant customized rubber formula with stable thermal stability. The material can sustain long-term contact with 160℃ hot steam without softening, melting or irreversible hardening. It resists hydrolysis caused by hot water vapor penetration and avoids inner wall cracking, peeling and impurity shedding that may contaminate production media such as food raw materials and textile dyes. The outer rubber cover is blended with anti-aging and heat insulation additives. It slows heat loss to the external environment and prevents premature aging triggered by long-term high-temperature radiation, extending service life under continuous hot working conditions. The whole rubber formula tolerates regular temperature fluctuations generated by steam boiler startup and shutdown.

Different from steel wire reinforced hoses, this industrial steam tube adopts multi-layer cotton braided fiber as the reinforcing framework. Multiple layers of cotton threads are woven in staggered angles between inner and outer rubber layers through dense braiding technology. Cotton fiber features good heat insulation performance, avoiding excessive heat conduction to the outer pipe surface and reducing scald risks for operators. The cross braided structure bears the internal pressure of steam, limiting radial expansion of the hose wall under steam pressure and preventing bulging deformation. All layers are bonded closely by high-temperature vulcanization. The cotton braided layer will not be damaged by repeated thermal expansion and contraction, effectively resisting layer separation under periodic temperature changes.

Steam transportation involves alternating temperature changes and stable internal pressure, putting forward high requirements on pipeline thermal adaptability. The composite structure of heat-resistant rubber and cotton braiding effectively absorbs thermal expansion stress. The hose retains moderate flexibility to facilitate bending arrangement around boilers, valves, sterilization equipment and textile machinery. Dead bending and pipeline blockage rarely occur during layout. Compared with metal hard pipes, the steam tube compensates assembly position deviation and buffers slight vibration of steam pipelines, reducing loosening risks of connecting joints. The cotton braiding avoids heat accumulation inside the pipe wall and keeps overall structure stable during long steam supply.

This 160℃ heat resistant steam hose covers multiple light industry and heavy industry scenarios. It is widely applied to steam delivery in food sterilization, beverage production, textile printing and dyeing, garment ironing, rubber vulcanization and building heating construction. It also fits steam pipelines of pharmaceutical disinfection workshops, laundry factories and chemical heating reactors. The non-metal cotton reinforcement brings better compatibility with hygiene-sensitive food and medical industries, with no metal rust impurities falling off to pollute production materials. Uniform quality standards facilitate unified procurement and maintenance of factories with multiple production lines.

The flexible steam tube supports on-site fixed-length cutting to match measured pipeline distances. Standard pipe clamps and flange connectors can realize quick assembly with steam equipment. Before formal use, all finished hoses pass high-temperature aging test, hydrostatic pressure test and hot water circulation inspection to verify safety under 160℃ operating temperature. In daily maintenance, regular appearance inspection can check outer rubber cracking and bulging. Users need to avoid excessive stretching and sharp scratches during installation. Reasonable fixed support reduces long-term gravity pulling on the hose, lowering fatigue damage caused by temperature cycles and mechanical stress.