Skip to product information

Steer Wheel Assembly for Blue Giant EPT-55 7 in Diameter

BG 080-7E8

Steer Wheel Assembly, Polyurethane/Nylon

Regular price $39.20
Sale price $39.20 Regular price
Shipping calculated at checkout.
In stock
Size: 7.0" × 2.0" (178 × 51 mm)
⌀ 7.0" (178 mm) 2.0" (51 mm) wide schematic — drawn to listed dimensions

Guaranteed Fit. If it doesn’t fit equipment that matches the listing on this page, we’ll exchange or refund it: no restocking fee, return shipping on us. How it works

Not sure it fits? Check it with us before you buy. Once we confirm the fit in writing, it’s guaranteed for your machine.

  • Expert support & fitment help
  • 30-day returns
  • Fast Shipping
Blue Giant EPT 55 Steer Wheels Wheels

Compatibility

Make

Blue Giant

Model

EPT-55

Visit our diagram page for part references to popular models


Product Description

Steer wheel assy,poly/nylon

Specifications

Material & Construction
MaterialPolyurethane on Iron
Part Numbers & Compatibility
MakeBlue Giant
ModelEPT-55
Wheel Dimensions
Outside Diameter7 in
Width2 in

Frequently Asked Questions

Q: What models is the BG 080-7E8 compatible with?
A: The BG 080-7E8 is designed for Blue Giant EPT-55 manual pallet jacks. Always verify the equipment model and serial range before ordering to confirm fitment compatibility.

Q: What materials is the BG 080-7E8 made from?
A: The BG 080-7E8 is made from polyurethane on iron, providing durability and traction for steering applications.

Q: When should I replace the BG 080-7E8?
A: Replace this steer wheel when you observe flat spots, chunking, tread separation, visible wear, or noticeable loss of steering control and responsiveness.

Q: What are the benefits of polyurethane on this steer wheel?
A: Polyurethane provides good traction and durability for manual pallet jack applications. Durability depends on usage frequency and maintenance.

Q: Is the BG 080-7E8 suitable for heavy-duty applications?
A: The BG 080-7E8 is designed for use on manual pallet jacks and provides durability and stability for typical operational conditions.