Stamped Tantalum Crucibles

Tantalum crucible stamping process is the selection of high-quality tantalum flakes or tantalum foil, with the appropriate mold, single or multiple stamping production, the process cost is moderate, high dimensional accuracy, mechanical properties are relatively high, suitable for the production of small and medium-sized crucibles, has been widely used.

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Product Introduction

The use of stamped tantalum crucible: Because of its high temperature resistance, strong deformation resistance and corrosion resistance, tantalum crucible is generally used for rare earth metal smelting, induction furnace heating element, special glass melting, electrolytic capacitor anode bearing plate during high temperature sintering, chemical corrosion resistant containers and sputtering and evaporation containers.

The process of stamped tantalum crucibles can be divided into five basic processes:

Stamping: The stamping process (including punching, blanking, trimming, cutting, etc.) that separates the sheet.

Bending: A stamping process in which the sheet material is bent along a curved line into a certain angle and shape.

Deepening: The stamping process of turning the flat panel material into various open hollow parts, or further changing the shape and size of the hollow parts.

Fine punching: products with high stamping accuracy, for products with high requirements on size and surface light quantity, the process of meeting the drawing requirements through the fine stamping die.

Local forming: Stamping operations (including flanging, expansion, leveling and shaping processes, etc.) that change the shape of blanks or stamping parts with a variety of local deformations of different properties.

1. Product name: tantalum crucible stamping parts tantalum products

2. Process: stamping, machining

3 grades: R05200, Tal

4. Uses: acid and alkali corrosion resistance

5. Specifications: According to customer requirements

6. Packing: Standard packaging

7. Application field: optoelectronic industry