The hardness of tungsten beads is a technical indicator highly related to their specific composition and manufacturing process. High-hardness tungsten beads mainly…
The density advantage of tungsten beads is mainly reflected in the multifaceted performance improvements brought about by their high density. I. Density…
Density is one of the most crucial physical properties of tungsten beads, directly determining their performance in applications such as fishing sinkers,…
Tungsten beads are spherical alloy materials with tungsten as the main component. They possess a series of excellent properties, making them widely…
Tungsten beads are spherical particles made of high-purity metallic tungsten. They combine high density, ultra-high melting point, excellent chemical stability, good radiation…
Tungsten beads are small, spherical particles made primarily of tungsten (or its alloys). Depending on their composition and application, they are mainly…
Tungsten-copper alloy is a two-phase composite pseudo-alloy (Pseudo-alloy) produced through powder metallurgy technology. It does not form a solid solution but is…
Tungsten-copper alloy contact refers to an electrical contact component (i.e., contact) made of tungsten-copper alloy material used in high-voltage or high-current switching…
Nano tungsten-copper composite material is based on traditional tungsten-copper alloy, through nano-technology means to make the size of tungsten particles or copper…
The preparation steps of nano tungsten copper include powder preparation, forming, densification, compositing, and finishing. 1. Nano tungsten powder and copper powder…