Standard Classic Shear Die 1-40mm Holes 10-200mm Outer Dimensions Tungsten Carbide Forging Mold
High-precision tungsten carbide shear dies with 1-40mm hole capacity and 10-200mm outer dimensions. Features ±0.01mm tolerances, mirror polish finish, and superior heat conduction performance. Offers extended service life, reduced maintenance costs, and excellent wear resistance for industrial forging applications.
Standard Classic Shear Die for forging processing with superior heat conduction performance. Manufactured from high-quality tungsten carbide materials for extended service life and exceptional durability.
- Hole dimensions: 1.0 mm to 40 mm
- Outer dimensions: 10 mm to 200 mm
- Length: 1.0 mm to 300 mm
- Tolerance: ±0.01 mm
- Mirror polish finish before and after coating
- Mechanical processing surfaces where geometrically possible
- Custom tooling design available
- High wear resistance for extended service life
- Excellent polishing performance
- Low friction coefficient
- Very high compressive strength
- Superior performance in extreme conditions
- Reduced maintenance costs and machine downtime
Tungsten carbide dies are ideal for fastener production and various industrial applications including straight hole dies, extrusion dies, segmented hex dies, cutters, tube drawing dies, cutting dies, thread rolling dies, and punch pins.
| Equipment Name | Specification | Quantity | Origin |
|---|---|---|---|
| CNC Machining Center | MCV-SV1100 | 4 sets | Taiwan |
| Hydraulic Press | HQS300T | 1 set | Taiwan |
| CNC Wire-Cut Machine | DK7732, DK7780 | 2 sets | Jiangsu |
| Cold Heading Machine | J64,J84,J104,J134,J165 | 8 sets | Taiwan |
- High quality materials and manufacturing
- Reasonable pricing structure
- On-time delivery commitment
- Comprehensive after-sales service
- Strict quality control procedures
- Automated mold production processes
Standard delivery time: 12-15 days based on order quantity. Packaging options include cartons, wooden boxes, and pallets tailored to product weight and transportation requirements.