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10598-3554

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10598-3554

1-3/8 Inch Hardened Spring-Type Roll Pin

Regular price $0.39
Sale price $0.39 Regular price $0.46
In stock

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Manual Pallet Jack Parts pins

Compatibility

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Reference Diagrams

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Product Description

Spring-type roll pin, OEM part number 10598-3554 for manual pallet jack applications, manufactured of hardened carbon spring steel, 1-3/8 inch (35 mm) length. Designed for press-fit retention in pivot or axle positions according to ANSI/ASME B18.8.2.

Specifications

Material & Construction
Material SpecificationHardened carbon spring steel
Finish/CoatingPlain finish (uncoated)
Part Numbers
OEM Part Number10598-3554
Manufacturer Part Number10598-3554

Frequently Asked Questions

Q: What is the material and finish of the 10598-3554 roll pin?
A: The 10598-3554 is manufactured from hardened carbon spring steel with a plain finish (uncoated). This material composition provides high shear strength and elastic recovery typical of spring pins used in pivot and axle retention applications on manual pallet jacks.

Q: What are the dimensions and design standard for part 10598-3554?
A: The 10598-3554 is 1-3/8 inch (35 mm) in length and conforms to ANSI/ASME B18.8.2 design standards for spring pins. It is designed for press-fit retention in pivot or axle positions on manual pallet jack equipment.

Q: Which manual pallet jack models use the OEM part number 10598-3554?
A: The 10598-3554 is an OEM replacement pin compatible with manual pallet jacks from major manufacturers including Crown, Toyota, Raymond, Yale, and Clark. Verify your equipment model and application before ordering to confirm proper fitment in your pivot or axle assembly.

Q: How long does a hardened carbon spring steel roll pin last in service?
A: Hardened carbon spring steel pins like the 10598-3554 typically provide extended service life in pivot and axle applications due to their high elastic recovery and fatigue resistance. Expected lifespan depends on equipment usage frequency and load cycles, but proper press-fit installation is critical for optimal performance.