Tungsten alloy counterweight
The high specific gravity tungsten alloy is vividly called 3 high (or 3H) alloy, namely: high density, high strength, high hardness alloy, so an important use of high specific gravity alloy is widely used for counterweight parts.
The high proportion tungsten alloy counterweight produced from clean metal is pollution-free and in line with international environmental standards. It is more important than 18g/cm3), small size, strong wind resistance, light entry into water, fast sinking, is the best alternative lead weight products, popular in Europe and America and other developed countries.
Tungsten alloy counterweight is widely used in: mechanical balance hammer, flying hammer; Weighting rod used in oil and other drilling industries; Clock pendulum; Vibrators used for mobile phones and game machines, such as shockproof knife rod and counterweight ball; Ballast counterweight blocks, counterweight components, etc., for navigation and sailing vessels; Gyroscopes used in aerospace, aircraft counterweights, etc.
The tungsten alloy crankshaft is designed to offset the weight of the rod and piston. The key is that the crankshaft must balance the custom piston and piston rod. Because of the characteristics of high density, tungsten alloy is often used as tungsten alloy counterweight parts, and used in car racing, in order to optimize the performance of the car, better balance and control the operation of the car.
For aerospace and defense industries that need high density, good mechanical strength, and easy to work materials, tungsten alloys are the best choice. The high density of tungsten alloy products greatly reduces the physical size of components. This makes it easier to control weight distribution and increases the sensitivity of the control mechanism. Tungsten alloys are ideal when a large number of materials need to be placed in a small space.
The counterweight is to provide the sailboat with the lateral force to resist the sailing. Without enough weight, boats tend to capsize, especially in high winds. When the cargo of a sailing ship arrives at a particular port, it is unloaded. In order to keep the boat upright, it is necessary to carry something cheap or worthless to balance the weight. These counterweights will be useless when the ship reaches shore.
Because of its high density, small volume, high melting point, excellent hardness, excellent wear resistance, high ultimate tensile strength, high toughness, good machinability, non-toxic, high impact resistance and crack resistance and environmental friendly materials, tungsten alloy materials are more and more widely used in the field of sports.
Tungsten alloy counterweight for military weapon is processed by metal injection molding, which is similar to forming technology. Compared with traditional processing method, this method can produce high quality precision components. Compared to casting, powder metallurgy and metal injection molding parts, the direct production of small tungsten alloy blocks of about 0.1 to 200 grams of complex shape has a tolerance of 0.1-0.5%, and mechanical properties are higher than 95% to 99 percent density tungsten alloy blocks. With no or only micromachines, the material utilization rate can be as high as 97%, and the general size has low manufacturing tolerances, good repeatability and adjustable material composition, fine parts surface finish, improved strength and heat treatment resistance performance are very high.
1, high proportion: the tungsten alloy weight added to the car, can maintain the high performance of the car in the operation, to provide a controllable system.
2, high tensile strength and hardness: due to the high tensile strength and hardness of tungsten alloy, it can be used in limited space, such as racing cars.
3, easy to process: because tungsten alloy is easy to process, this gives the designer a larger space for design.
Tungsten alloy counterweights are non-toxic and environmentally friendly, replacing toxic and environmentally harmful products. They're harder than steel, they're more dense, and tungsten is 30 percent better than similar products. At the same time, they are lighter than conventional weights, creating twice the weight of lead and retaining their shape for a long time. Tungsten alloys can also be used to produce other parts of fishing gear, such as tungsten alloy linear cutting.
