Structured Tungsten-Carbide Tooth Technology
Since 1957, we’ve been engineering tools that grind, grip, and resist wear across demanding materials.
Oliver Carbide Products is a U.S.-based manufacturer specializing in engineered tungsten-carbide tools and components for demanding industrial applications.
For over 60 years, we’ve developed proprietary tungsten-carbide tooth structures that control how materials interact — whether the goal is to quickly remove material, create mechanical grip, or protect components from wear.
Instead of relying on conventional abrasives or surface coatings, we build individually formed tungsten-carbide teeth that are permanently bonded to steel and designed for long-term performance.
Applications
With an extensive range of engineered tungsten-carbide solutions, we deliver performance advantages that conventional materials and surface technologies cannot achieve. This allows us to support a wide variety of industries and applications where reliability, control, and long-term performance matter most.
Gripping & Traction
Engineered carbide surfaces for gripping, driving, and force transmission across metals, polymers, rubber, and wood.
Used in applications such as:
- Gripping and clamping devices
- Feed rollers and drive surfaces
- Material handling and conveying systems
- Anti-slip and traction surfaces
- Industrial fixtures and positioning components
MATERIAL SHAPING & GRINDING
Structured carbide surfaces for controlled material removal and surface preparation in rubber, wood, composites, polymers, and soft stone.
Used in applications such as:
- Tire buffing and repair
- Rubber roller grinding and surface preparation
- Wood carving and detailing
- Rubber and polymer shaping
- Composite and fiberglass materials
Wear Protection
Carbide wear surfaces for protection against glass fibers, minerals, and abrasive bulk materials in wet or dry environments.
Used in applications such as:
- Glass fiber and composite processing
- Mineral and bulk materials handling
- Wet and dry abrasive environments
- High-wear industrial parts and surfaces