Precision Carbide Molds & Dies | Custom Carbide Mold Inserts for Semiconductor & Battery Stamping
$78.86
1. Technical Capabilities
2. Industry-Specific Applications
Semiconductor & IC Packaging: Precision lead-frame dies and encapsulation mold inserts with micron-level feature accuracy.
EV Battery & Energy Storage: High-durability carbide punches for battery cell cases and motor lamination stamping.
Electronic Connectors (5G/6G): Micro-pins and socket molds for high-density smartphone and networking components.
Medical & Pharmaceutical: Clean-room compatible carbide molds for surgical staples and drug delivery device injection molding.
3. Material Selection & Grade Logic
Which carbide grade is best for high-impact stamping?
For applications involving high shock (e.g., thick metal stamping), we recommend Panda Grade G40 or G50 ( 12 %-15 % Co ). These grades offer higher fracture toughness to prevent micro-chipping.
What grade is recommended for plastic injection micro-molding?
For parts requiring a mirror finish and resistance to corrosive resins, our Nickel-binder ( WC-Ni ) grades provide superior surface integrity and chemical passivity.
4. Advanced Technical Solutions
Mirror-Lapping Technology: Our proprietary polishing process ensures an Ra 0.05 finish, significantly reducing friction and preventing "material pickup" during ejection.
Sub-Micron EDM Excellence: We utilize oil-based EDM to maintain the metallurgical integrity of the carbide surface, eliminating the "white layer" that causes premature stress cracking.
Thermal Expansion Management: Precision-matched CTE (Coefficient of Thermal Expansion) analysis for carbide-to-steel assemblies, ensuring stability in high-temperature molding environments.
5. Why Partner with Panda Carbide?
Customization Expertise: 100% bespoke manufacturing based on your CAD, STEP, or DXF files.
Quality Assurance: Each component is verified via CMM (Coordinate Measuring Machine) and laser scan reports.
Global Logistics Hubs: Efficient door-to-door delivery to industrial centers in Tokyo, Stuttgart, Silicon Valley, and Seoul.
