XRAY 355083 - Heavy Duty Heat Resistant Centre Differential Pins  [XR-355083]

Extreme Heat Resistant Center Differential PIN With Inserts (2+4)
Price:
NZD$68.87
Brand:
XRAY
Model:
XR-355083
Condition:
Brand New
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alt="Extreme Heat Resistant Center Differential PIN With Inserts (2+4)" title="Extreme Heat Resistant Center Differential PIN With Inserts (2+4)"

High-Temp Pins Built for Long Runs

Hobbyists wanting a tougher centre diff should consider the XRAY Extreme Heat Resistant Center Differential Pin Set, engineered for large centre differentials. The package contains two precision polished steel pins sized 3.5 x 33 mm and fitted into steel inserts rather than seated directly in the differential housing to reduce direct wear from heat.

Wear Resistance and Stability

Crafted from quality steel, these pins maintain geometry and resist wear during demanding use. They are suitable for competitive drivers and regular bashers who expect consistent performance. By locating pins in separate steel inserts, the design lowers friction and keeps the drivetrain operating smoothly.

What Makes These Pins Stand Out

  • Material: Robust steel for improved resistance to wear
  • Design: Insert-mounted pins to protect the differential case
  • Size: 3.5 x 33 mm, ideal for large centre differentials
  • Functionality: Reduces friction to help maintain drivetrain efficiency
Remark :
Due to limited stock availability, please notice that some XRAY items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Are these pins suitable for track and off-road use?

Yes, the steel construction and insert mounting make them resilient for both circuit racing and rough off-road running, where temperatures and loads can rise.

Do I need special tools to fit XRAY 355083?

Basic diff disassembly tools are sufficient. Careful alignment and clean mating surfaces ensure the inserts and pins seat correctly.

How do I check for wear?

Inspect pins and inserts for scoring, flattening, or play. Replace any component that shows visible damage to avoid case wear.

Will these pins affect diff feel?

They can improve consistency by reducing friction and limiting wear-related changes, which helps preserve the differential's original feel over time.

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