Stamping die guide sleeve guide pin
Product Attributes Name: Stamping die parts, Grade: K20, HSS, SKD51 Origin: China Main Metal Content: 99.9% Impurity Content: 0.1% Particle Size: 20-40 mesh Machining: Grinding, EDM, Wire Cutting Customizable: Yes […]
- Info
| Product Attributes | |
| Name: Stamping die parts, | Grade: K20, HSS, SKD51 |
| Origin: China | Main Metal Content: 99.9% |
| Impurity Content: 0.1% | Particle Size: 20-40 mesh |
| Machining: Grinding, EDM, Wire Cutting | Customizable: Yes |
| Hardness: 72-95 HRA | Precision: 0.003 mm |
In stamping die molds, guide sleeves and guide pillars serve as pivotal positioning and guiding elements, ensuring the precise alignment of the upper and lower molds during operation. Due to their exceptional hardness, wear resistance, and compressive strength, tungsten carbides materials emerge as the quintessential choice for manufacturing these guide components. Employing tungsten carbides guide sleeves and pillars markedly enhances the longevity of the molds, while simultaneously diminishing the frequency of maintenance and replacements.
Our factory business: We design, develop and produce powder metallurgy moulds, carbide parts, powder injection moulds, stamping toolings and precision mould parts. Whatsapp:+8618638951317. Email: [email protected],
When fabricating tungsten carbides guide sleeves and pillars, meticulous grinding and polishing processes are imperative to meet stringent dimensional tolerances and surface finish standards. This not only necessitates the use of advanced machining equipment but also demands a wealth of process expertise. Furthermore, appropriate heat treatment and surface treatments can further augment their performance.
The utilization of tungsten carbides guide sleeves and pillars contributes significantly to the overall performance and production efficiency of stamping molds, thereby reducing manufacturing costs. Their advantages are particularly pronounced in the realms of high-precision and high-speed stamping operations. With the continuous advancements in material technology and processing techniques, the application prospects of tungsten carbidess in the mold industry are poised to become even more expansive.
