The **refrigeration hose** is a critical component in modern industrial and automotive systems, designed to handle a wide range of fluids and operating conditions. This article provides an in-depth analysis of the **refrigeration hose**, its **technical specifications**, **features**, **applications**, and the **company** behind its production. Whether you're an engineer, a procurement manager, or a curious reader, this guide will help you understand the value and versatility of this essential product.

**Product Overview**

The **refrigeration hose** is engineered to meet the demanding requirements of industrial and automotive systems. It is specifically designed to **transfer air, oil, and water in cold conditions**, while maintaining **flexibility and durability** under extreme temperatures. This product is part of the **SAE J188** standard, which ensures **compatibility and safety** in power steering systems and other high-pressure applications.

**Refrigeration hose** is a vital component in systems that require **low permeability, pulse resistance, and aging resistance**. Its ability to withstand **ozone and shock** makes it ideal for environments where **reliability and longevity** are paramount. The hose is compatible with **refrigerants like R404a** and can handle **organic solvents such as diluent, xylene, and solvent gasoline**.

For more details, visit the **product page**.

**Key Features**

• Low Permeability: Minimizes fluid loss, ensuring efficient operation and reducing environmental impact.
• Pulse-Resistance: Withstands high-pressure fluctuations, making it suitable for dynamic systems.
• Aging-Resistance: Maintains performance over time, even in harsh environments.
• Ozone Resistance: Prevents degradation from exposure to ozone, extending the hose's lifespan.
• Shock Resistance: Handles sudden pressure changes and mechanical stress without failure.

These features are critical for applications where **safety, efficiency, and durability** are non-negotiable. The **refrigeration hose** is also certified to meet **SAE J2064** standards, ensuring compliance with industry benchmarks for **performance and safety**.

**Technical Specifications**

The **refrigeration hose** is available in multiple sizes, each tailored to specific industrial and automotive needs. The following table outlines the **technical specifications** for different models:

These specifications highlight the **precision engineering** and **robust design** of the **refrigeration hose**, ensuring it meets the exacting demands of industrial applications. The hose operates within a **temperature range of -40℃ to 140℃**, making it suitable for both **extremely cold and hot environments**.

**Applications**

The **refrigeration hose** is widely used in **industrial equipment** for **conveying organic solvents**. Its **high-pressure resistance** and **chemical compatibility** make it ideal for applications such as:

• Power Steering Systems: Ensures smooth and reliable operation of vehicle power steering systems.
• Refrigeration Units: Transports refrigerants like **R404a** efficiently and safely.
• Chemical Processing: Handles **diluent, xylene, and solvent gasoline** without degradation.
• Automotive Systems: Provides durable and flexible connections in high-stress environments.

For a visual representation of the product, view the ****refrigeration hose** in action:

**Company Background**

The **refrigeration hose** is manufactured by **HEBEI KEMO AUTO PARTS TECHNOLOGY CO., LTD**, a leading company in the production of **automotive and industrial components**. With a commitment to **quality, innovation, and customer satisfaction**, the company has established itself as a trusted name in the industry.

**Ref refrigerant pipe** and **low loss refrigerant hoses** are among the many products offered by **HEBEI KEMO AUTO PARTS TECHNOLOGY CO., LTD**, which adheres to **international standards** such as **3C and DOT certifications**. The company's **advanced manufacturing processes** and **rigorous quality control** ensure that every product meets the highest standards of **performance and safety**.

For more information about the company, visit **HEBEI KEMO AUTO PARTS TECHNOLOGY CO., LTD**.

**Why Choose This Refrigeration Hose?**

The **refrigeration hose** stands out in the market due to its **superior performance**, **durability**, and **versatility**. Here are some reasons to consider this product:

• High-Pressure Resistance: Designed to handle **up to 3000 psi**, ensuring reliable performance in demanding applications.
• Chemical Compatibility: Resistant to **organic solvents, refrigerants, and industrial chemicals**, making it a versatile choice.
• Temperature Range: Operates effectively from **-40℃ to 140℃**, suitable for both **extreme cold and heat**.
• Compliance with Standards: Meets **SAE J2064** and **DOT** standards, ensuring **safety and reliability**.

**Conclusion**

The **refrigeration hose** is a **critical component** in modern industrial and automotive systems, offering **superior performance, durability, and versatility**. Its **low permeability, pulse resistance, and aging resistance** make it ideal for **high-pressure and extreme temperature environments**. With **HEBEI KEMO AUTO PARTS TECHNOLOGY CO., LTD** as the manufacturer, the product is backed by **industry-leading standards and certifications**.

Whether you're looking for **refrigerant pipes**, **low loss refrigerant hoses**, or **hose refrigerant** solutions, this **refrigeration hose** is a **reliable and efficient choice**. For more information, visit the **product page** or contact **HEBEI KEMO AUTO PARTS TECHNOLOGY CO., LTD** directly.

**References**

1. **National Institute of Standards and Technology (NIST)** – For information on material standards and testing protocols. 2. **SAE J188 Standard** – Guidelines for power steering hose specifications. 3. **Product Documentation** – Detailed technical and application information.

**Note:** The information on **NIST** was gathered through web-scraping techniques to ensure alignment with industry standards and research. For further details, refer to the official NIST website.