Skip to content
Home Products Hub BALL JOINTS QD

BALL JOINTS QD

• Housing: Carbon steel 1045.
• Ball Stud: Carbon steel 1045.
• Shell: Carbon steel 1020.
• Surface: Silver or yellow zinc plated.

View complete specifications and selection →

ISO 9001 Certified SGS Verified OEM / ODM Ready
0 SKUs in this series
- Primary size range
- Secondary size range
0 products
Page 1
Need Something Different?

Can't find the right specification?

Tell us the dimensional target, material preference, and application constraints. We'll help match or develop the right solution.

Ask for Custom Support
Product Definition

What Is BALL JOINTS QD?

BALL JOINTS QD are quick-release ball-joint assemblies consisting of a ball stud and socket or housing that provide controlled multi-directional articulation in a compact linkage connection. They are used for steering, suspension, actuator, pedal, lever, and machine-control mechanisms where the mating parts need to pivot without a rigid clevis alignment. Selection should consider thread form, stud geometry, retention, angular travel, corrosion protection, and the actual radial or axial load in service.

Typical Applications

Applications for BALL JOINTS QD

Steering and Suspension Control Links

Steering and Suspension Control Links

Compact ball joints provide a multi-directional pivot for steering arms, stabilizer links, control rods, and other vehicle mechanisms. Match stud geometry, thread, articulation, and retention method to the assembly.

Compact Actuator & Control Mechanisms

Compact Actuator & Control Mechanisms

The small joint format is useful where a linkage needs angular movement in a limited package, including actuator links, pedals, levers, and machine-control mechanisms. Verify clearance and joint travel at both extremes.

Agricultural and Off-Road Linkages

Agricultural and Off-Road Linkages

Ball joints can simplify replacement and adjustment of exposed control linkages on agricultural and off-road equipment. Choose materials and surface protection for the expected moisture, dirt, impact, and maintenance conditions.

Industrial Equipment

Industrial Equipment

Suitable for fabricated machinery, operator controls, and industrial mechanisms that benefit from repeatable quick-release ball-joint connections.

OEM Replacement Assemblies

OEM Replacement Assemblies

A good fit for replacement or OEM assemblies that need inch-thread compatibility, quick-release handling, and zinc-plated carbon-steel durability.

Custom Mechanisms

Custom Mechanisms

Often selected for custom prototype and engineered linkage systems where serviceability, compact packaging, and controlled articulation must work together.

Product FAQ

Frequently Asked Questions

What is the QD series ball joint used for?

The QD series is used in compact quick-release linkage points where inch-thread articulation is needed together with easier service access and repeatable disconnect capability.

What materials are used in the QD series?

The standard QD series uses a carbon steel 1045 housing, carbon steel 1045 ball stud, carbon steel 1020 shell, stainless steel spring, and a silver or yellow zinc-plated surface finish.

What is the benefit of the quick-release design?

The quick-release layout allows faster disconnect and reconnect during maintenance, adjustment, or replacement work, which helps reduce service time in suitable linkage designs.

Is an aluminum version available?

Yes. Aluminum-material versions are available by adding the A prefix to the QD part number, subject to production availability and specification confirmation.

Are left-hand thread versions available?

Yes. Left-hand versions are available by adding the LH designation to the applicable QD part number when that thread direction is required.

How do I choose the correct QD size?

Match the required d1 and d2 thread sizes, ball diameter, release geometry, and body dimensions in the QD size chart. If service access or space limits are critical, send your dimensional requirements for support.

Request a Quote

Please submit the form or email [email protected]

🍪
We Use Cookies