888-787 Discharge Aluminium Hino Mega Truck Air Conditioning Pipeline

888-787 Discharge Aluminium Hino Mega Truck Air Conditioning Pipeline 

Product Description:

Automobile air conditioning pipes usually adopt a multi-layer structure, including an inner rubber layer, a nylon shielding layer, a middle rubber layer, a polyester fiber reinforcement layer and an outer rubber layer.

This structural design can effectively reduce the permeability of refrigerant and improve the pressure resistance and temperature resistance of the pipeline.

Automobile air conditioning pipes are an important part of the air conditioning system, connecting the compressor, condenser, liquid receiver dryer, expansion valve, evaporator and other components to form a closed refrigeration cycle system.

Some new air conditioning pipes use polyamide composite materials, which are 50% lighter and 25% cheaper than traditional rubber/aluminum pipe combinations, while reducing the number of crimped connections and the risk of leakage.

Technical Parameters:

Applications:

The application of our automotive air conditioning pipes is not limited to traditional cooling and heating functions, but also includes system integration, environmental protection and energy saving, and technological innovation. These characteristics make the automotive air conditioning pipes improve driving comfort while also meeting the environmental protection and energy saving requirements of modern cars.

Support and Services:

Our A/C Pipes product technical support team is available to assist you with any questions you may have regarding the installation.

We also offer a variety of services to help ensure the optimal performance of your A/C Pipes, including:

• Installation support and guidance
• Product testing and analysis
• Customization and design services

Our team of experienced professionals is dedicated to providing you with the highest level of customer service and support. Contact us today to learn more about our technical support and services for A/C Pipes.