High Temperature Steam Hot Water Hose

Product Overview

The STEAM HOSE & HOT WATER HOSE is a high-temperature fluid transfer solution built to handle two demanding tasks: conveying pressurized steam and transferring hot water. Unlike ordinary hoses that soften or crack under heat, this specialized high-temperature steam hose and hot water transfer hose uses heat-resistant rubber compounds and reinforced construction to withstand extreme temperatures. Its design prioritizes safety, durability, and flexibility, making it suitable for industries like manufacturing, food processing, and commercial heating. Whether used to sterilize equipment with steam or distribute hot water in a hotel, the STEAM HOSE & HOT WATER HOSE ensures reliable performance without compromising on safety.

Product Advantage

Extreme Heat Resistance

The biggest challenge of steam and hot water transfer is high temperature—and the STEAM HOSE excels here. Its inner and outer layers are made from heat-resistant rubber that can withstand the intense heat of saturated steam, preventing softening, melting, or cracking. Even when used for hours on end, the hose maintains its structure and doesn’t release harmful substances into the fluid.

Pressure Stability for Hot Fluids

Hot water and steam generate significant pressure, but the HOT WATER HOSE and STEAM HOSE handle this with ease. They maintain stable flow under their designed working pressure and have a burst pressure far higher than their operating pressure—this buffer prevents leaks or failures, even if pressure spikes unexpectedly (common in heating systems).

Year-Round Flexibility

Many hoses harden in cold weather, making installation and handling difficult. The STEAM HOSE & HOT WATER HOSE stays flexible in temperatures ranging from cold winters to hot summers, so you won’t struggle with kinking or rigidness when routing the hose around corners or machinery. This flexibility also reduces wear from bending.

Corrosion & Wear Resistance

Hot water and steam can corrode low-quality hoses over time, but the HOT WATER HOSE’s inner layer resists corrosion, ensuring the fluid stays clean and the hose doesn’t degrade. Its outer layer is also wear-resistant, withstanding friction from surfaces or daily handling—ideal for busy environments like commercial kitchens or factories.

Technical Parameters

The STEAM HOSE & HOT WATER HOSE comes in a variety of inner diameter (I.D.) sizes to match different flow needs: small I.D.s for commercial heating (e.g., hotel radiators) and large I.D.s for industrial steam transfer (e.g., power plants). Its outer diameter (O.D.) fits standard high-temperature fittings, so installation is straightforward—no custom parts required. The bending radius is optimized for tight spaces, allowing the hose to be routed behind walls, under machinery, or around obstacles without kinking (which blocks flow). The hose’s weight is balanced: light enough to carry and install, but heavy-duty enough to resist damage. Lengths are customizable too—whether you need a 10-meter hose for a small kitchen or a 50-meter hose for a factory, we can tailor it to your needs. All dimensions meet industry standards for high-temperature fluid transfer, ensuring compliance and safety.

Product Uses

Industrial Steam Applications

Power plants, refineries, and manufacturing facilities use the STEAM HOSE to transfer high-temperature steam for turbines, sterilization, or production processes. Its heat resistance ensures it can handle the extreme temperatures of industrial steam, while its pressure stability prevents interruptions to critical operations.

Commercial & Residential Heating

In hotels, hospitals, and homes with central heating, the HOT WATER HOSE distributes hot water from boilers to radiators or underfloor systems. Its flexibility makes it easy to install in tight spaces (e.g., behind walls or under floors), and its corrosion resistance ensures long-term performance without leaks.

Food Processing Sterilization

Food plants rely on the STEAM HOSE for steam sterilization— a key step in ensuring food safety. The hose’s heat-resistant material doesn’t release toxins into the steam, so it’s safe for use with food equipment, containers, and products. It meets food industry safety standards, making it a compliant choice.

Commercial Cleaning & Sanitization

Commercial kitchens, laundries, and healthcare facilities use the HOT WATER HOSE for high-temperature cleaning. Hot water is effective at removing grease, dirt, and bacteria, and the hose’s durability stands up to frequent use—even in busy environments where hoses are moved or handled daily.

FAQ

What’s the maximum temperature the STEAM HOSE can handle?

The STEAM HOSE is designed for saturated steam, which typically ranges from 100℃ up to the temperature of its working pressure. It can handle the extreme heat of industrial steam without degradation, making it suitable for most high-temperature steam applications.

Can the HOT WATER HOSE be used for cold water too?

Yes! The HOT WATER HOSE is versatile—it works for both hot and cold water transfer. Its flexible material and pressure stability don’t change with temperature, so it’s a great all-in-one option for kitchens, laundries, or garages where both hot and cold water are needed.

Is the STEAM HOSE & HOT WATER HOSE safe for food contact?

Yes— the STEAM HOSE used in food processing is made from food-grade, heat-resistant rubber that doesn’t release harmful substances. It meets global food safety standards (e.g., FDA requirements), so it’s safe for use with food equipment and products.

How often should I replace the STEAM HOSE?

For industrial use (daily heavy steam transfer), replace the STEAM HOSE every 1–2 years. For commercial use (e.g., hotel heating), replace it every 3–4 years. Regular inspections (every 3–6 months) will help you spot signs of wear early.

Can I get a custom length for the HOT WATER HOSE?

Absolutely. We offer custom lengths for both the HOT WATER HOSE and STEAM HOSE. Just tell us your required length, and we’ll manufacture it to fit your space perfectly—this avoids cutting hoses to size and reduces the risk of leaks from improper cuts.