WHO ARE WE?

Ningbo Heyuan Auto Parts Co., Ltd. is an integrated trade and manufacturing enterprise specializing in the production of various filters, including air filters, cabin filters, oil filters, diesel filters, gasoline filters, hydraulic filters, and special filters. NBHY produces over 50 million vehicle filtration systems and various filter elements annually, utilizing advanced plastic blow molding, rubber processing, and welding technologies, making it a diversified large-scale manufacturing base in China.

As a professional OEM Intercooler Air Outlet Pipe Assemblies Manufacturer and ODM Intercooler Air Outlet Pipe Assemblies Company, With 30 years of professional design and production experience, NBHY is equipped with modern large-scale production workshops, R&D, business, and office centers, we have strict production, testing equipment and assembly lines. All product development is carried out using computer-aided design, while production strictly adheres to the ISO/TS16949:2009 and ISO9001:2000 quality management systems. Our product quality is highly praised by customers domestically and internationally, with products exported to over a dozen countries and regions, including Europe, the Middle East, and Japan.

Currently, the company mainly provides processing and production services for domestic OEMs and well-known international brands, including over a dozen Fortune 500 companies, and has become an important supplier of filtration systems in China.

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  • Cooperating Automobile Enterprises

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Intercooler Air Outlet Pipe Assemblies Industry knowledge

Sealing of Intercooler Air Outlet Pipe Assemblies Methods to prevent air leakage and coolant loss
1. Material selection
High-performance materials: Use high-temperature and corrosion-resistant materials (such as heat-resistant plastics or aluminum alloys) to ensure good sealing performance under harsh working conditions.
Elastic sealing materials: Built-in high-quality rubber or polymer sealing rings to adapt to slight deformations at the pipe joints and enhance the sealing effect.
2. Accurate interface design
Standardized interfaces: Design interfaces that meet industry standards to ensure good fit with other components and reduce the risk of air leakage between joints.
Threaded and snap-on design: Use threaded connections or snap-on designs to ensure the stability of pipe connections to prevent leakage.
3. Use of sealing rings
Double sealing design: Use double sealing rings at key connections to improve sealing reliability and reduce the possibility of air leakage.
Adaptive sealing: Design sealing rings with adaptive functions that can automatically adjust according to changes in temperature and pressure to maintain effective sealing.
4. Connection method
Flange connection: Use flange connection to increase contact area, enhance sealing, and be suitable for high-pressure environments.
Welding or bonding: In some cases, welding or high-strength bonding can be selected to further improve the sealing performance of the joint.
5. Strict production process
Precision machining: Ensure the precision machining of pipes and interfaces to reduce the gap between interfaces and enhance the sealing performance.
Surface treatment: Smooth the contact surface to reduce the risk of leakage caused by friction and unevenness.
6. Sealing performance test
Leakage test: Leakage test is carried out during the production process to ensure that each component meets the sealing performance standards before leaving the factory.
High temperature and high pressure test: The performance of the intercooler air outlet pipe is tested under high temperature and high pressure conditions to ensure that the sealing can be maintained under harsh conditions.
7. Installation and maintenance
Clear installation instructions: Provide detailed installation instructions to ensure that users install correctly and avoid leakage caused by improper installation.
Regular inspection: It is recommended that users regularly check the status of the seals and joints to promptly detect and deal with potential sealing problems.