Thick-section tungsten carbide plate in 100 × 100 × 60 mm, pressed from 100% virgin WC powder and densified in a high-pressure HIP sintering furnace. Designed as sectioning stock: one block yields multiple die segments, EDM blocks or wear inserts with identical microstructure throughout the full 60 mm section — no density gradient, no hidden porosity, no mid-cut deformation.
Custom Dimensions & Shapes: Tailored sizes, thicknesses, and geometries including square, rectangular, round, and specialized profiles.
Custom Formulation: Grade formulations tailored specifically to your operating conditions, backed by 80+ in-house formulation patents.
Pre-Machining Operations: Precision grinding, wire-cut profiling, drilling, and chamfering executed to exact specs prior to dispatch.
Branding & Rapid Support: Custom logo marking, professional packaging, and comprehensive engineering inquiries addressed within 8 hours.
Hot Isostatic Pressing (HIP) subjects the tungsten carbide to uniform high gas pressure and temperature, eliminating internal voids and micro-porosity throughout the entire 60 mm thickness. This ensures homogeneous density from core to surface, preventing tool failure during wire-EDM operations.
No. Our controlled sintering and specialized cooling cycles substantially reduce internal residual stress. This ensures superior dimensional stability and straightness without mid-cut pinching or deformation during deep wire-EDM cutting.
YG15 and YG15C are the standard choices for stamping and forming dies, providing an optimal balance of hardness and impact strength. For heavy-duty cold-heading with higher impact loads, YG20C is recommended for maximum fracture toughness.
We provide comprehensive pre-finishing capabilities, including all-six-faces surface grinding within a precision tolerance of ±0.02 mm, mirror-like polishing, and custom wire-EDM contour pre-cutting prior to delivery.
Yes. Beyond the standard 100 × 100 × 60 mm stock, we manufacture bespoke square, rectangular, and round plates. With more than 80 in-house formulation patents, we also tailor binder content and grain size to suit your specific wear and impact environments.