2012年3月31日星期六
Counterweights--Tungsten Heavy Alloy
Tungsten heavy alloy is called the image of 3 high (3H), namely: high-density, high strength, high hardness alloy, an important use of the high proportion of the tungsten alloy is widely used in the counterweights.Machinery used in the counterweight Flyweight; oil drilling industry to use the heavier rod; watch shock Arbor, balance weights, balls and other mobile phones, game consoles, and other use of the oscillator; sailing, sailing ballast weight of the pendulum;weight components; gyroscope used in the aerospace, aircraft weight and so on.
counterweight--tungsten heavy alloy
The high proportion of raw materials for production to clean the metal tungsten alloy counterweight block is pollution-free, in line with international environmental standards. Proportion (> 18g/cm3), small size。Therefore, resistance to strong winds, light into the water, sinking fast, and sinker the best alternative to products sold in Europe and other developed countries.
Tungsten alloy weights including: tungsten alloy golf weight, car weight of tungsten alloys, tungsten alloys and fishery pendant with heavy tungsten alloy ship weight, tungsten alloy aircraft weight and so on.
Tungsten alloy weights including: tungsten alloy golf weight, car weight of tungsten alloys, tungsten alloys and fishery pendant with heavy tungsten alloy ship weight, tungsten alloy aircraft weight and so on.
2012年3月30日星期五
Counterweights-Tungsten Alloy
The inherent density, low-thermal expansion and resistance to chipping and breakage mean that, regardless of your particular application, you can rely on tungsten weights and tungsten alloy counterweights to be stable, precise and durable—even under the most extreme conditions.
2012年3月28日星期三
Tungsten alloy golf club counterweights
A type of tungsten alloy golf club counterweight comprises a main body of club head which is made of low-density, lightweight and tough alloy, a counterweight slot, a neck part, and tungsten alloy counterweight. The counterweight slot is in the shape of long slot or ring slot, it is engaged to the bottom or center or the periphery of the club head’ main body, the tungsten alloy counterweight is put into the counterweight slot, and the neck part is welded on one side of the top of the club head main body to make up the golf club head.
For more details of tungsten alloy golf counterweight please visit
For more details of tungsten alloy golf counterweight please visit
Tungsten Alloy Golf Club Counterweight
A golf club counterweight apparatus for selectively modifying the swing weight of a golf club having a shaft with a handle end and a head end, with the handle end including a handle and the head end including a head, the apparatus comprising a weight member including an outer surface and an inner surface defining a shaft aperture adapted for the shaft to fit therein in a complementary manner and also defining opposing first and second rims which bound the outer surface, the inner surface further including friction means for releasibly adhering to the shaft of the golf club wherein the friction means is secured to the inner surface.
2012年3月27日星期二
Tungsten heavy alloy counterweight
Tungsten alloy counterweight against large-scale linear or rotary motion system has been widely used as a reference to contend, be used to offset the lower the driving force, opposed to linear or rotary motion system.Tungsten alloy counterweight seems to aircraft control surfaces, rotary-wing aircraft to guide the platform, and the damping tailor-made, such as vibration damping, tungsten alloy with heavy pieces of automatic tire rotation system used to reduce the vibration.Tungsten alloy counterweight on the most central point is just to balance the load, and reduce or eliminate vibration.
Aerospace tungsten alloy counterweight
In the design of aerospace and defense industries that require high density, good mechanical strength, easy processing of the material, the tungsten alloy is the best choice. The high-density tungsten alloy products greatly reduces the physical size of components. This makes it much easier to control weight distribution, increasing the sensitivity of the control mechanism. When a lot of material needs to be placed in a small space, the tungsten alloy to become the best materials. http://www.tungsten-alloy.com/aerospace-industry.htm
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