Chromium Carbide Sled Runner Wear Plate for Tillage and Disc Equipment

Description

When you’re running discs or cultivators through tough ground, those expensive blades and points aren’t the only things taking a beating. The runners and skid plates underneath get hammered by rocks, debris, and abrasive soil conditions. This chromium carbide sled runner slab gives you serious protection where your equipment needs it most, extending the life of your tillage tools and keeping you running when the going gets rough.

What You’re Getting

• Ultra-hard chromium carbide construction that outlasts regular steel by 5-10 times in abrasive conditions
• 2-hole mounting pattern for easy welding or bolting to your existing equipment
• 3×16-inch size provides substantial coverage for protecting critical wear areas
• 1/2-inch thickness gives you the durability to handle rocks and hard ground without cracking
• Engineered specifically for agricultural equipment where extreme wear resistance matters

Built for Real Farm Work

This wear plate works on disc harrows, field cultivators, vertical tillage tools, and other equipment where skid plates and runners take constant abuse. Whether you’re working rocky ground, sandy soils, or dealing with heavy residue that traps abrasive material, this carbide protection handles conditions that would wear through regular steel in a fraction of the time.

Made to Last

Chromium carbide is the gold standard for wear protection in agricultural applications. It’s the same material used in mining equipment and industrial applications where nothing else holds up. The hardness that makes it so wear-resistant also means it stays smooth longer, reducing drag and maintaining consistent tillage depth even after thousands of acres.

Installation Notes

The two mounting holes give you flexibility for positioning and attachment. Most farmers weld these directly to the equipment frame, but they can also be bolted on if you prefer removable protection. Position the plate where your current wear areas show the most damage—usually on runners, skids, or anywhere metal contacts the ground during operation.