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Tungsten alloy crankshaft rod has small size, high quality and long service life, which is non-toxic and non-polluting. It can save time and cost and is used to balance weight in automobile engine. Characteristic Tungsten alloy crankshaft rod has a higher melting point, a lower expansion coefficient, a density of 2 times that of steel, and 50% higher than lead. It has good corrosion resistance, elongation and mechanical processing properties. Connected to the lower end of the connecting rod, the…

Tungsten alloy crankshaft brick has high density, good fatigue resistance, wear resistance and serviceability. It is widely used in automobile engines as balancers for automobile engines. Characteristic Tungsten alloy crankshaft brick is made of tungsten alloys and increase the crankshaft speed. Usually, some light elements such as silicon are added to the crankshaft to reduce the weight of the crankshaft. Because the tungsten alloy has good fatigue resistance, the tungsten alloy crankshaft brick will not produce metal fatigue. Applications Tungsten…

Tungsten alloy crankshaft block has a special shape that can be used as counterweights to reduce turbulence in the crankshaft. It must be used with pistons and piston rods. In the rotation of the engine components, the gravity on each component is approximately equal, which can only be achieved by using tungsten alloy crankshaft block. Tungsten alloy crankshaft block is an important part of the engine, which can turn the piston up and down motion into a circular motion on…

Tungsten alloy crankshaft counterweight has good performance, wear resistance and processing performance, and it is non-toxic and environmentally friendly. It can be used as a counterweight for automotive engines and is widely used in automotive engines. Characteristic Tungsten alloy crankshaft counterweight is made of tungsten alloy. Tungsten alloy has high density, high melting point, high hardness, and other excellent properties, which is the best materials for counterweights. Applications At present, most automotive engine crankshafts use tungsten alloy crankshaft counterweights. Compared…

Tungsten alloy crankshaft has good characteristic and wear resistance. It can simplify the entire weighting process, reduce costs. It is widely used in the engine of automobile engines and other vehicles. Characteristic Tungsten alloy crankshaft has excellent characteristics such as high hardness, high strength, high temperature resistance, wear resistance, etc. It greatly simplifies the entire counterweight process and reduces the cost. In the past, when crankshaft counterweights were used, the crankshaft weights used were not only costly, but the entire…

Tungsten alloy crankshaft balancing is the main rotating parts of the engine and can take up and down (reciprocating) movements of the connecting rods into cyclic (rotary) motion. Made of tungsten alloy, it has all the advantages of tungsten alloy and can be used on engines in airplanes, ships, and spacecraft. Characteristic Tungsten alloy crankshaft balancing has high density, high melting point, high hardness. It also is non-toxic and pollution-free, which has good corrosion resistance, impact resistance and other properties.…

Tungsten alloy vehicle ballast has excellent mechanical properties, physical properties and chemical properties. It can be used in automobiles to reduce the car’s center of gravity and improve the handling of automobiles. It is the best choice for vehicle ballast. Characteristic Tungsten alloy vehicle ballast made of tungsten alloy. It has high tensile strength and good crack resistance. Compared with other material weights, it has a small size and saves a lot of space. It can improve the handling of…

Tungsten glider ballast has many excellent properties and can be used as counterweights for glider wings to increase aircraft quality to maintain stable flight. Characteristic The main components of tungsten glider ballast are tungsten and copper. It has good heat resistance, processability, corrosion resistance, high density, and low coefficient of thermal expansion. Therefore, the glider can maintain its balance when taking off, flying, and landing. It is non-toxic and environmentally friendly. It will not harm or pollute the human body…