Tungsten Carbide Jaw and Carbide Wear Insert with Radius Impact Edge, Bolt-On Replaceable Design for Custom Precision Tooling

In heavy-duty material processing—such as scrap metal recycling, demolition, and mining—the jaws of hydraulic shears, grapples, and crushers endure extreme impact, abrasion, and crushing forces. When these working surfaces wear out, replacing the entire massive jaw assembly is prohibitively expensive and time-consuming.

Our Tungsten Carbide Jaw Arc Impact Blades are engineered specifically to solve this problem. Functioning as bolt-on, replaceable wear inserts, these components are mounted onto the primary jaw structure to take the brunt of the wear and impact. Featuring a custom-machined arc-shaped impact edge, counterbored mounting holes for secure fastening, and premium tungsten carbide construction, these inserts dramatically extend the service life of your heavy machinery while reducing maintenance downtime to mere minutes.

Manufactured through precision machining and grinding processes, this component is suitable for integration into custom tooling assemblies where dimensional consistency, reliable mounting, and resistance to repeated mechanical contact are important.

Depending on the final tool design and operating conditions, this type of component may be considered for:

• Specialized metalworking fixtures and clamping assemblies
• Custom impact-contact tooling
• Curved-profile contact and forming tools
• Industrial tooling systems requiring replaceable wear-resistant components
• Non-standard machinery parts with defined edge geometry

The actual application should be confirmed against the component drawing, workpiece material, contact force, and operating conditions before material selection and production.

To manufacture a tungsten carbide jaw with a radius impact edge to your requirements, please provide the following information where available:

• Material: Required tungsten carbide grade or recommended grade based on operating conditions
• Edge profile: Radius value, contour geometry, and working-edge dimensions
• Overall dimensions: Length, width, thickness, and other critical measurements
• Mounting configuration: Thread specifications, hole locations, and interface dimensions
• Surface finish: Required grinding quality and surface-finish specifications
• Application conditions: Workpiece material, contact load, operating cycle, and expected wear conditions

Our engineering team can evaluate the drawing and recommend a suitable manufacturing approach for the specified geometry and application.