QRI Inch Series Ball Joint

Material:
Body Leaded Low carbon steel or equivalent. Case hardened.
Ball stud Medium carbon steel, ball is induction hardened.
Inner retaining clip and safety clip Hard drawn spring steel.

Protective Finish:
Body, ball stud and inner retaining clip Zinc plated and passivated; ball stud and ring are de-embrittled. The assembly is lubricated.

• Based Upon Din 71802 Series
• The polyurethane liner combined with a high performance grease provide superior wear properties combined with excellent chemical resistance.
• Spanner flats on ball stud and body facilitate assembly.
• Once assembled, the ball stud cannot be removed.

Material:
Leaded Low carbon steel or equivalent.

Protective Finish:
Zinc plated and passivated

Material:
Body, shield and ball stud Low carbon steel., Body and ball stud are case hardened.
Spring: 302 S 26 stainless steel or equivalent.

Protective Finish:
Body, shield and ball stud Zinc plated and passivated; body and ball stud de-embrittled. The assembly is lubricated.

• Metric Equivalent to SAE J 490 Style 1 Quick Release Detachable Ball Joints
• The spring loaded outer shield allows both rapid release and reconnection of the ball stud. Linkage assemblies can be installed or removed without disturbing pre-set centres.
• The QRM Ball Joint is available without the ball stud for assembly to a pre-positioned ball stud and the ball studs are also available separately.
• Knurled shields to assist grip are available as an option
• Inch sizes of this range are also available

Material:
Body Low carbon steel. Case hardened.
Ball stud Medium carbon steel, ball is induction hardened.
Inner retaining clip and safety clip Hard drawn spring steel.

Protective Finish:
Body, ball stud and inner retaining clip Zinc plated and passivated; ball stud and ring are de-embrittled. The assembly is lubricated.

• Din 71802 Series
• The Ball stud is retained by a captive internal wire retaining ring which makes this ball joint suitable for transmitting push and pull loads. The hexagon form on body (spanner flats on part IBJ 12) and spanner flats on ball stud facilitate assembly.
• The extensive load carrying capacity is achieved by the self locking action of the inner retaining ring, angular misalignment can be accommodated.
• For improved wear resistance, the ball is induction hardened.
• The IBJ Ball Joint is supplied with a fitted gaiter to resist ingress of contaminants.