Tungsten Carbide blades are known for being sharp and durable. They are wear-resistant, and can be used in a variety of industrial applications where extremely sharp cutting instruments are needed.
Tungsten Heavy Alloy products are offered as machinable blanks or as precision machined parts to customer specification and used in many different applications as listed below.
Tungsten-copper alloys can be used in many electrical appliances due to their high melting point, high conductivity, and good ablative resistance.
The hardness of the metal is the ability of the metal material to resist local deformation, especially plastic deformation, indentation or scratching. It is an indicator to measure the degree of softness and hardness of the metal material.
The cemented carbide pulse nozzle is based on the principle of self-oscillation, relying on the self-oscillation chamber of the nozzle itself to convert the continuous jet into a pulsed jet, that is, the jet flows into the water chamber from the different flow in the upper section of the nozzle
Forged flange and cast flange are two different technologies in the flange production and manufacturing process. Each technology has its own characteristics. Flange manufacturers will reasonably choose according to different forging characteristics to produce high-quality flange.
Molybdenum sputtering targets, ie molybdenum targets, are usually formed by sintering molybdenum powder. Molybdenum sputtering targets can form thin films on various substrates, and such sputtering films are widely used as electronic components and electronic products.
The ultra-fine tungsten wire can be prepared by electrolytic corrosion method, wherein the ultra-fine tungsten wire with a diameter of less than 7 μm is the main raw material for preparing the load of the Z-pinch wire array.
