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.

Tungsten Alloy Golf Club Counterweight

Tungsten alloy golf club counterweight, some call it counter balancing while others call it back weighting, which was demonstrated to help golfers hit about 30 farer and 70 percent straighter.
Recently the success rate for improvement of both distance and direction has gradually attracted golfers’ attention, and increased the use of a new product called the tungsten alloy counterweight. Golfers can add weight down the shaft in various positions creating changes in swing path and release dynamics of golf-clubs thus improving the golfer’s direction and distance.

Tungsten Alloy Cranshaft Counterweights

Tungsten alloy counterweights is added in auto racing for stabilizing the car and ensuring the car is within the required weight class for the race by putting more weight over the drive wheels.
Tungsten alloys are used in crankshaft as counterweight. The tungsten alloy crankshaft counterweights are designed to offset the weight of the rod and pistons. It is critical that the crankshafts must be balanced to customized rod and piston combination. As tungsten alloy has high density, so adding WHA balance weight into the racing car has good effected in optimizing the performance of the racing car during the racing progress, which contributes to the better control of the car's movement.

Tungsten Alloy Sword Counterweight

 One method of counter weighting sword is adding tungsten alloy counterweight to the pommel. This puts the weight as far away from the tip as possible, and is thus the most effective method per ounce of added weight of lowering the balance point. Downsides compared to other methods include aesthetic issues, durability, and relative complexity of construction. For a relatively small degree of counter weighting, simply incorporating a large amount of tape while constructing the pommel can help. For more dramatic counter weighting, tungsten alloy with high density can be built into the inner layer of the pommel. 
Another method of counter weighting sword is placing tungsten alloy counterweight on the handle. This has the added effect of increasing the diameter of a sword's handle and is easier to construct and less likely to be ugly than pommel counter weighting. However, since the weight is slightly higher on the blade, it takes somewhat more added weight to the sword than pommel counter weighting to bring the balance down to the same point. The most common method for (extensive) handle counter weighting is to wrap wire around the handle. Tungsten alloy counterweight of various types can also be used.

Tungsten Alloy Fishing Sinker Counterweight

A tungsten alloy fishing sinker counterweight is used to force a lure or bait to sink sometimes to the bottom of the waterway. Sinkers are made of tungsten alloy as the material is inexpensive and easily machine so that it can be mold into a large variety of shapes for specific fishing applications.
Tungsten alloy weights are an ideal, environmentally friendly alternative to lead weights, which are toxic and increasingly being labeled an environmental hazard. They are harder than steel and extremely dense, tungsten being on average 30 percent smaller than its lead counterpart. Meanwhile, they are smaller than conventional weights, create twice the sound of lead weights and maintain their shape for longer. Tungsten alloy is also used in the production of other fishing applications, such as tungsten alloy line cutters.

Tungsten Heavy Alloy Aerospace Counterweight

With many advantages over conventional balance materials such as steel or lead, tungsten alloy counterweights are often used in Flight Control Systems to optimize the performance of flight control surfaces, such as rudders, elevators and ailerons.
Secondly, as helicopter rotor blades demand perfect balance, so tungsten heavy alloy can be utilized in Rotor Blades to compensate for any imbalances built into individual blades during the manufacturing process such as helicopter balance. 
Thirdly, tungsten alloy counterweights are incorporated into the pitch control system of many propeller designs as a fail-safe device to prevent over speed.

Why Choose the Raw Material of Tungsten Heavy Alloy?

Enjoy easier, better riveting with less fatigue. Tungsten bucking bars offer the maximum density available. These tungsten bucking bars are more than twice as heavy as an identical bar made of steel. The small size and high density makes these bars versatile, able to fit in small areas. All bucking bars have a full radius on all edges for safety and ease of handling.
Tungsten bucking bars are resulting in a bucking bar of the same weight but half the size. Bucking bars are used in rivet setting to upset the shank of the rivet gun. Tungsten bucking bars reduce the recoil when reflecting the impact back to the rivet gun shaft.Rivet guns vary in size and shape.
Higher density reduces vibration and kick back while bucking. Take a cue from the pros and use what they use. We carry a full line of standard tungsten bucking bars and can custom build bucking bars to your specifications. All bars have smooth faces and rounded edges and corners for ease and safety in handling.