Tungsten-copper alloy rods and tungsten-copper alloy tubes are widely used in hard alloys and insoluble metals. Tungsten-copper alloy rods and tungsten-copper alloy tubes are suitable for all kinds of machining. In the machining industry, the application of tungsten copper alloy rod and tungsten copper alloy tube has played a great role. At the same time, the tungsten-copper alloy can be produced and processed according to the requirements of users.

Marine tungsten alloy counterweight is the ideal material for Marine counterweight. First of all, because of the environmental protection of tungsten alloy counterweight, it is very friendly to the water environment, but also because of its high density, easy machining, tensile strength and high hardness, so that the ship can maintain balance, more stable operation. Now, let's take a look at the advantages and disadvantages of tungsten alloy counterweights.

Tungsten alloy cylinders are increasingly used in military defence, automotive, marine and various counterweights due to the above-mentioned excellent properties.

Application of Tungsten Cylinder Counterweights in Machine ToolTungsten Cylinder Counterweights can be well used not only in many vehicles but also in finishing machine tools, which can improve the product accuracy and prolong the life of the motor and lead screw. Here is the content list:l Tungsten

‍Some questions about Tungsten Cylinder CounterweightsTungsten Cylinder Counterweights, also known as carbide balls, refer to balls or beads made of tungsten carbide. The production process mainly includes compound preparation, molding, sintering, grinding, and quality inspection. The quality contro

As we all know, Tungsten Cylinder Counterweights have comprehensive properties such as high melting point, high density, high strength, low thermal expansion coefficient, corrosion resistance, and good mechanical processing, and are widely used in aerospace, military equipment, electronics, chemical

Tungsten Cylinder Counterweights refer to sintered composite materials consisting of at least one metal carbide. Tungsten carbide, cobalt carbide, niobium carbide, titanium carbide, and tantalum carbide are common constituents of Tungsten Counterweight. Tungsten Cylinder Counterweights are widely us