Advantages and Disadvantages of Carbide Stamping Dies

Advantages and Disadvantages of Carbide Stamping Dies

From a structural point of view, G40 G50 Tungsten carbide Dies it mainly includes working parts (such as punches and concave dies), positioning parts (such as positioning pins and stop pins), unloading parts (such as unloading plates) and installation and fixing parts. The working parts directly contact the material for stamping, the positioning parts ensure that the material is in the correct position in the mold, and the unloading parts are used to remove the stamped material or waste from the mold.

It has many advantages. First, it has high precision and can stamp out parts with high dimensional accuracy to meet some industries with strict precision requirements, such as the production of electronic components. Second, it has high hardness and strong wear resistance. Due to the characteristics of cemented carbide itself, the mold can withstand a large number of stamping times, and can still ensure the quality of stamped parts after long-term use, reducing the frequency of mold replacement. Third, it has high compressive strength.Tungsten Carbide Pallets When stamping thick plate materials or parts with complex shapes, it can withstand greater pressure without deformation.

However, it also has disadvantages. Its manufacturing cost is high, both the material cost and the processing cost are relatively high; and the toughness of cemented carbide materials is relatively poor, and it is easy to crack when subjected to large impact or uneven stress.