Ball Joint Housings

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MOQ : 100 Pieces

Ball Joint Housings Specification

Shape
Cylindrical with flange

Accuracy
0.02 mm

Machine Type
Lathe, CNC milling

Thread Type
Metric and UN threads available

Size
M10 to M30; custom sizes available

Coating
Zinc plated for corrosion resistance

Load Capacity
Up to 15 kN

Weight
50 g to 500 g depending on size

Type
Housing component

Tolerance
0.01 mm

Use
To house and support ball joints in mechanical assemblies

Application
Automobile, Industrial Machinery, Suspension Systems

Usage & Applications
Used in steering and suspension systems for accurate ball joint positioning

Ball Joint Housings Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash Against Delivery (CAD)

Supply Ability
500000 Pieces Per Week

Sample Available
Yes

Sample Policy
Free samples are available

Main Domestic Market
All India

About Ball Joint Housings

Ball Joint Housings

We take immense pleasure to introduce ourselves as one of the well established manufacturers and suppliers of Ball Joint Housings. Manufactured using hardened steel, bearing studs and sockets, these joint housings are best known among our clients for their low maintenance cost and anti corrosion feature. All these housings are immensely used on the front end cars and other heavy duty vehicles. Our clients can get these Ball Joint Housings from us at market leading prices.

Engineered for Durability and Performance

Every ball joint housing passes rigorous fatigue and tensile strength tests to ensure outstanding durability and longevity in critical applications. The zinc-plated surface protects against corrosion, while CNC machining provides a flawless fit. Whether destined for industrial, automotive, or suspension components, our housings are built to handle heavy loads over 200,000 cycles, requiring only minimal maintenance.

Versatile Applications and Simple Installation

Our housings, available in metric and UN thread types from M10 to M30, are tailored for direct fitment across a wide range of systems. Installation is hassle-free, making them a preferred choice for OEMs and maintenance teams alike. Precise manufacturing ensures seamless integration into steering and suspension assemblies, significantly improving mechanical reliability and operational efficiency.

FAQs of Ball Joint Housings:

Q: How are these ball joint housings installed in mechanical assemblies?

A: Installation is straightforward, with the housings designed for direct fitment into steering and suspension systems. Accurate CNC machining ensures compatibility and ease of assembly without the need for specialized tools.

Q: What finishes and coatings are available for these housings?

A: Ball joint housings can be supplied in either polished or matte finishes as required. Each unit is zinc plated, providing excellent resistance against corrosion and extending the products service life.

Q: When should periodic inspection and maintenance be performed?

A: Although these housings require very little maintenance due to robust construction, periodic inspection is recommended to ensure continued performance, especially in high-stress or high-cycle environments.

Q: Where are these housings commonly used?

A: They are widely utilized in the automotive sector, industrial machinery, and suspension systems where precise ball joint positioning is crucial for reliable operation.

Q: What is the process for customizing shapes or sizes?

A: Custom shapes and sizes can be requested during the ordering process. Our engineering team will review requirements and produce housings tailored to your specific application, including custom threads, weights, and packaging needs.

Q: What are the key benefits of using these ball joint housings?

A: The housings offer superior load capacity up to 15 kN, long life expectancy over 200,000 cycles, precise fitment due to CNC machining, and flexible customizability, making them suitable for a range of demanding mechanical environments.

Q: How is product consistency ensured during manufacturing?

A: All housings are produced with advanced CNC lathes and milling machines, maintaining a tolerance of 0.01 mm and an accuracy of 0.02 mm. Each batch undergoes fatigue and tensile testing to guarantee reliable, consistent performance.

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