VEVOR Excavator Bucket Teeth with Pins – 7 Pack (684447) for 5/8-In Buckets

Overview

The VEVOR 684447 bucket teeth set is designed as a reliable replacement for 5/8-inch bucket edges. This 7-teeth kit is built for routine replacements, helping operators maintain steady digging performance between service intervals.

With a focus on practical usability, this kit provides everything you need for a fast swap and continued productivity on the job site, whether you’re tackling soil, sand, turf, or gravel. The design emphasizes dependable bite and consistent alignment, so you can plan your work without unnecessary downtime.

What’s Included and How It Helps

• Seven excavator teeth ready for replacement, plus fourteen bolts and pins for installation.
• Each tooth comes with bolts and nuts—simply align, match the holes, and tighten to secure the part in place.

Durability and Materials

• Made from Q235 alloy steel for enhanced toughness relative to standard carbon steel.
• Anti-rust powder coating protects against corrosion, helping extend service life in challenging environments.

Applications and Use Cases

• Versatile for excavating soil, sand, turf, or gravel across construction, mining, railway, roadwork, and hydraulic projects.
• Designed to withstand daily wear while maintaining reliable edge performance on demanding sites.

Installation and Maintenance

Designed for straightforward replacement, this kit fits 5/8-inch bucket edges and includes all necessary hardware for a quick swap. Typical steps include aligning the tooth with the bucket edge, matching the holes, and securing with the two included bolts.

Tip: Regular checks after installation can help ensure a consistent bite and extend the interval between replacements, keeping projects moving smoothly.

Why Choose VEVOR

This replacement set combines practical features—secure fit, corrosion resistance, and comprehensive hardware—with a straightforward installation process. It offers a clear path to maintaining digging capability across a range of earthmoving tasks, without promising guaranteed results, but with potential for reduced downtime and dependable performance.