Product Description
SHOULDER BOLT
Specifications
Product Overview
| Product Type | Shoulder Bolt |
| Part Number | 800031504 |
Physical Specifications
| Material | Steel or Alloy Steel |
| Function | Precision Spacer and Pivot Fastener with Defined Shoulder Diameter |
| Load Bearing | Yes - Suitable for Manual Pallet Jack Operating Pressures and Weight Distribution |
| Finish | Standard Steel or Zinc-Plated (verify with supplier for corrosion environment) |
Compatibility
| Application | Manual Pallet Jack Assemblies - Handle Pivot Points, Load Wheel Joints, Articulation Connections |
Frequently Asked Questions
Q: What is a shoulder bolt and where is it used on pallet jacks?
A: A shoulder bolt is a fastener with a defined shoulder diameter that serves as a precise spacer and pivot point. On manual pallet jacks, shoulder bolts are commonly used in handle assemblies, pivot joints, and articulation points where exact spacing and controlled movement are critical.
Q: What dimensions and specifications does part 800031504 have?
A: SKU 800031504 is manufactured to OEM specifications for manual pallet jack assemblies. For exact diameter, length, thread pitch, and shoulder diameter, contact our technical team with your equipment model number. These specifications ensure proper fitment and load-bearing performance.
Q: Is 800031504 compatible with electric pallet jacks?
A: SKU 800031504 is specified for manual pallet jack assemblies. Electric pallet jacks use different fastener specifications due to varying load distributions and component geometry. Verify the equipment type before ordering.
Q: What material is the shoulder bolt 800031504 made from?
A: The shoulder bolt is typically constructed from steel or alloy steel for strength and durability. The exact material grade depends on the load requirements and corrosion environment of your equipment. Contact our team for material certification details if needed.
Q: When should a shoulder bolt be replaced?
A: Replace shoulder bolts when you observe bending, thread stripping, surface corrosion affecting fitment, or excessive play at pivot points. Worn bolts cause misalignment, reduce equipment stability, and can lead to handle or load wheel failure.