High-Temperature Water Suction Hose｜Industrial High-Pressure Suction Hose

Meta Description

High-temperature suction hose, supports 10-bar pressure, heat-resistant up to +120°C, abrasion- and weather-resistant, ideal for industrial hot water, acid, and alkaline fluid handling.

High-Temperature Suction Hose - Multifunctional and Efficient Solution

The high-temperature suction hose is an industrial-grade hose specifically designed for high-temperature environments. With exceptional materials and structural design, it delivers reliable performance and long-lasting durability under demanding conditions.

Material and Structural Features

1. Inner Layer Material

Made of smooth black rubber with outstanding heat resistance and chemical corrosion resistance, the hose operates stably within a temperature range of -40°C to +120°C.

2. Reinforcement Design

Reinforced with high-strength textile layers and embedded steel wire spirals, the hose offers excellent tensile strength and stability under high pressure. Its structure maintains shape and integrity during suction and discharge operations, ensuring efficient fluid transfer.

3. Outer Layer Protection

The smooth black rubber outer layer provides superior abrasion resistance and protects against ozone and harsh weather, significantly extending the hose’s service life.

Wide Application Range

• Hot Water Transfer: Suitable for industrial hot water systems and heat pump operations.

• Acid and Alkaline Fluid Handling: Compatible with various chemical liquids, ideal for chemical and manufacturing industries.

• Steam Transfer: Operates stably at +120°C for high-temperature steam applications.

• Outdoor Use: Weather- and UV-resistant, suitable for various climates.

Performance Advantages and Technical Highlights

1. Heat Resistance: Stable operation at up to +120°C, ensuring efficient transfer of hot liquids.

2. Abrasion Resistance: Withstands frequent use and harsh conditions.

3. Chemical Compatibility: Resistant to acids and alkalis with no risk of material degradation.

4. Reinforced Structure: Steel wire spirals and textile layers provide excellent pressure resistance, supporting a maximum working pressure of 10 bar.

5. Ease of Use: Flexible design allows for easy installation and operation, especially in confined or complex spaces.

6. Safety Markings: Clearly printed with “Hot Water +120°C WP 10 Bar” for quick identification and safe operation.

Technical Specifications

• Inner Layer Material: Smooth black rubber, heat- and chemical-resistant

• Reinforcement Structure: High-strength textile layers with embedded steel wire spirals

• Outer Layer Material: Smooth black rubber, abrasion- and weather-resistant

• Operating Temperature: -40°C to +120°C

• Working Pressure: Up to 10 bar

Frequently Asked Questions (FAQ)

Q: What applications is this hose suitable for?

A: It is primarily designed for hot water transfer, acid and alkaline fluid handling, steam transfer, and high-temperature, high-pressure industrial applications.

Q: Can this hose handle high temperatures?

A: Yes, this hose operates stably at temperatures up to +120°C, making it ideal for transferring hot fluids.

Q: How can I extend the service life of this hose?

A: Avoid contact with sharp objects, regularly inspect and clean the outer layer, and store it in a dry, shaded environment to prevent aging and wear.

Q: Is it suitable for transferring acidic or alkaline solutions?

A: Yes, the hose has excellent chemical corrosion resistance and is suitable for handling acidic and alkaline solutions.

Q: Are custom lengths and specifications available?

A: Yes, custom lengths and configurations can be provided based on user requirements.

Conclusion

The high-temperature suction hose is a high-performance industrial-grade tool suitable for various applications involving hot liquids. Whether for hot water transfer, chemical liquid handling, or steam applications, its exceptional heat resistance and multifunctional design provide efficient and reliable support for users. It is the top choice for industries like chemical, power, and food processing.