MIG Drive Roller Gear 0.8-0.9mm U Groove 30x10x12mm

$30.00

Product Introduction

This MIG Drive Roller Gear with 0.8-0.9mm U Groove is designed for Gasless/Flux-cored MIG Wire, compatible with UNIMIG 500Amp Separate Wire Feeder and Eastwood Mig250i. Equivalent to UNIMIG Part #10068612.

Technical Specifications

Wire Size 0.8mm – 0.9mm
Outer Diameter 30mm
Inner Diameter 10mm (14mm without bush)
Width 12mm
Pin Hole Diameter 3.65mm
SKU: 4ca6e9bc8360 Categories: , ,
Description

MIG Drive Roller Gear 0.8 – 0.9mm U Groove 30mm x 10mm x 12mm: Precision Welding Performance for Flux-Cored Wires

Upgrade your MIG welding setup with our high-precision Drive Roller Gear, engineered to deliver smooth wire feeding and consistent weld quality for gasless/flux-cored applications. Whether you¡¯re a professional fabricator or a DIY enthusiast, this durable roller ensures reliable performance with 0.8-0.9mm wires¡ªperfect for UNIMIG, Eastwood, and compatible wire feeders.

Core Features at a Glance

Description Specification
Wire Compatibility 0.8mm – 0.9mm Knurled U Groove
Outer Diameter 30mm
Inner Diameter 10mm (14mm with brass bush removed)
Width 12mm
Pin Hole Diameter 3.65mm
Pin Center Distance 21.25mm
Groove Center to Side 3.90mm
Groove Spacing 4.30mm
UNIMIG Equivalent Part # 10068612
Applications Gasless/Flux-cored MIG Wire

Why Choose Our Drive Roller?

Smooth Wire Feeding: The knurled U groove design grips 0.8-0.9mm wires securely, preventing slippage and ensuring steady feed for uniform weld beads.

Versatile Fit: Compatible with UNIMIG 500Amp Separate Wire Feeder, Eastwood Mig250i, and other models using UNIMIG part #10068612.

Adjustable Inner Diameter: Remove the brass bush to expand inner diameter from 10mm to 14mm, adapting to different spindle sizes.

Durable Construction: Precision-machined for long-lasting performance in heavy-duty welding environments.

Perfect for These Applications

  • Industrial fabrication with flux-cored wires
  • Automotive repair and bodywork
  • Metalworking projects requiring consistent wire feeding
  • DIY welding tasks and home workshops

Performance You Can Trust

Our drive roller undergoes strict quality testing to ensure minimal vibration and maximum wire control. The optimized groove spacing and knurling pattern reduce wire wear, extending both roller and wire lifespan. Users report improved weld consistency and reduced downtime compared to generic rollers.

Quality Assurance

As a leading Chinese manufacturer, we stand behind our products with rigorous quality checks. Each roller is inspected for dimensional accuracy and durability, ensuring it meets international welding equipment standards.

What Makes Us Different?

Unlike cheap alternatives, our roller features a removable brass bush for flexibility, precise pin hole alignment for easy installation, and a knurled surface engineered for optimal wire grip. It¡¯s a direct replacement for UNIMIG 10068612 at a competitive price.

FAQ

Q: Will this fit my UNIMIG 500Amp wire feeder?
A: Yes, it¡¯s fully compatible with UNIMIG 500Amp Separate Wire Feeder and replaces part #10068612.

Q: Can I use this for solid MIG wires?
A: No, it¡¯s specifically designed for gasless/flux-cored wires (0.8-0.9mm).

Q: How do I remove the brass bush?
A: Use a punch tool to gently tap out the bush from the inner diameter, expanding it to 14mm.

Ready to Upgrade Your Welding Setup?

Experience smoother wire feeding and better weld quality today. Contact us for bulk pricing, technical support, or to confirm compatibility with your equipment. Our team of welding experts is ready to assist!

Shipping and Delivery

Packaging & Transportation

Weldingtop Nozzles

Weldingtop nozzles are precision components requiring safe and professional handling. Each nozzle is individually vacuum‑sealed and protected with shock‑absorbing foam to avoid impact, dust and humidity. Sturdy outer cartons with clear fragile labels are used for secure shipping. We work with trusted logistics providers and offer full tracking, ensuring your order arrives complete and in perfect condition.