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Introducing our High Pressure Copper Forging Industrial Car Ball Joint, engineered to deliver superior performance and durability in automotive suspension systems. Crafted from high-quality copper through advanced forging techniques, this ball joint ensures optimal strength, corrosion resistance, and longevity.
Material: Premium-grade copper known for its excellent thermal conductivity and corrosion resistance.
Forging Process: Utilizes high-pressure forging to enhance the structural integrity and mechanical properties of the ball joint.
Precision Engineering: Manufactured with precise dimensions to ensure a perfect fit and smooth operation in various industrial car applications.
Insulated Design: Features an insulated structure to prevent electrical interference in high voltage environments.
Material Composition: 99.9% pure copper with optional alloy steel integration for enhanced strength.
Dimensions: Customizable sizes ranging from 10mm to 50mm in diameter, including specific measurements such as 2 inch, 8 inch, and up to 1 foot lengths.
Load Capacity: Designed to withstand high pressure environments up to 1000 MPa.
Hardness: Achieves a hardness rating of HRC45 - HRC55 through specialized heat treatment processes.
The High Pressure Copper Forging Industrial Car Ball Joint is ideal for:
Heavy-duty trucks and commercial vehicles requiring robust fluid control components.
Passenger cars needing enhanced suspension performance with integral stability features.
Industrial machinery involved in drilling operations where large load capacities are essential.
Our ball joints are produced under stringent quality control measures and have received multiple certifications, including:
ISO9001 Certification: Ensuring consistent quality management practices.
SAE J490 Compliance: Meeting industry standards for automotive components.
Enhanced Durability: The high-pressure forging process significantly increases the fatigue life of the ball joint.
Corrosion Resistance: Copper's natural resistance to rust ensures longer service life even in harsh environments involving tubing systems.
Thermal Conductivity: Superior heat dissipation properties reduce wear and tear during operation