Tungsten Alloy Razor Weights MIM Parts

Product Description

Tungsten Alloy Weight

Clean metal

High specific gravity tungsten alloys are vividly called 3-high (or 3H) alloys, that is, high-density, high-strength, high-hardness alloys, so an important use of high specific gravity alloys is widely used counterweights.

Product Feature

The high specific gravity tungsten alloy counterweight produced with clean metal as raw material is pollution-free and in line with international environmental protection standards. It has a large specific weight (>18g/cm3) and small size, so it is resistant to strong winds, light in water, and sinks quickly. It is the best substitute for lead sinkers and is sold well in developed countries such as Europe and the United States.

Application

Tungsten alloy counterweights are widely used in: counterweights and flyweights for machinery; weighting rods used in drilling industries such as petroleum; pendulums for watches and clocks; Ballast weights and weight components of sailing ships, etc.; gyroscopes and aircraft weights used in aerospace, etc.

• Crankshaft

The tungsten alloy crankshaft is designed to offset the weight of the rods and pistons. Crucially, the crankshaft must be balanced to incorporate custom pistons and piston rods. Due to its high-density feature, tungsten alloy is often used as tungsten alloy counterweight and used in racing competitions to optimize the performance of the car and better balance and control the operation of the car.

• Aerospace

When designing aerospace and defense industries that require high density, good mechanical strength, and easy-to-process materials, tungsten alloys are the best choice. The high density of tungsten alloy products greatly reduces the physical size of components. This allows for easier control of weight distribution and increases the sensitivity of the control mechanism. When a large amount of material needs to be placed in a small space, tungsten alloy becomes the most ideal material.

• Marine

The counterweight is to provide the sailboat with resistance to the lateral force during sailing. Not enough weight and the boat tends to capsize, especially in high winds. When the cargo carried by the sailing ship arrives at a specific port, the cargo will be unloaded. In order to keep the ship upright, it is necessary to add some cheap or worthless things as counterweights. When the ship docks, these counterweights are useless.

• Sports Equipment

Due to its high density, small size, high melting point, excellent hardness, excellent wear resistance, high ultimate tensile strength, high toughness, good processability, non-toxic, high impact resistance and crack resistance and As an environmentally friendly material, tungsten alloy materials are more and more widely used in the field of sports.

• Golf head

Golf head weights consist of a oscillating weight that balances the golf head. Tungsten alloy cobra-shaped golf weights are made from multiple counterweights, and are in the snake's eyes and golf club head. Formed into the weight cavity to mount the tungsten golf ball's weight is now the best material for this golf head's significant role in balancing weight.

• Tennis

When tennis players play, they aim to control the point of maximum impact on the ball as much as possible. Use the most suitable position when the ball is hit. This is called "sweet spot". Also, if a player tries to hit the ball head-on in the direction of flight with the racquet head normal to the ball, so if two players are using the same racquet, and possibly therefore two different players swinging the same racquet slightly differently. In addition, since the weight and overall structure of the tennis racket are fixed, only in this way can different rackets have different weights or weight distributions. Tungsten alloy Chacha is suitable for this material.

• Badminton racket

Badminton rackets are generally made of lighter materials such as aluminum alloy, carbon fiber, titanium alloy, and high-strength carbon fiber. These materials have good strength, good durability and resistance to vibration and shock. But it can't meet the demand in terms of weight. Every racket on the sports field is marked with its weight, and the general standard is U, 2U, 3U, 4U. Generally, the weight of full carbon badminton rackets is mostly 2U (90-94 grams) or 3U (85-89 grams), 4U (80-84 grams), while the weight of aluminum frame badminton rackets is generally above U (95-99 grams). , There are also a few full carbon badminton rackets with a weight as low as about 80 grams. A racket that is too light in weight has some drift when used, and the power to smash the ball is not enough. And it is more suitable for heavy rackets for players with strong strength and emphasis on offense. The tungsten alloy badminton weight can increase the weight of the racket because of its high density.

If the balance point of the racket is closer to the racket head, it is called "head heavy"; if the balance point of the racket is closer to the handle, it is called "head light". The general balance point is measured from the bottom of the racquet upwards and is measured in centimeters and inches. It is more suitable for defensive control players and players who pursue speed, because the continuous swing speed of this racquet will be much faster. The tungsten alloy badminton counterweight can make the finished racket of the same model have the same balance point.

• Weapons

Tungsten alloy block weights for military weapons are processed by metal injection molding technology similar to forming technology. Compared with traditional processing methods, this method can produce high-quality precision components. Compared with casting, powder metallurgy and metal injection molding parts, the tolerance of direct production of small tungsten alloy blocks with complex shapes of about 0.1 grams to 200 grams will reach 0.1%-0.5%, and the relative density is as high as 95% to 99%. The tungsten alloy block has higher mechanical properties. The utilization rate of materials without or only micro-machines will be as high as 97%, while the manufacturing tolerance of general dimensions is small, the repeatability is good, and the material composition is adjustable. The surface finish of fine parts, the performance of improved strength and heat treatment resistance are all high.

Product Features

1. High specific gravity: adding tungsten alloy counterweight to the car can maintain the high performance of the car in operation and provide the controllability of the car.

2. High tensile strength and hardness: Due to the high tensile strength and hardness of tungsten alloy, it can be used in limited spaces, such as inside a racing car.

3. Easy processing: Since tungsten alloy is easy to process, this gives designers a larger space for design.

Tungsten alloy weights are non-toxic and environmentally friendly, which replaces toxic and environmentally harmful products. They are harder than steel, denser, and tungsten is 30% ahead of similar products. At the same time, they are lighter than conventional ones, create twice the weight of lead and hold their shape for a long time. Tungsten alloy can also be used to produce other parts of fishing gear, such as tungsten alloy linear cutting.

Metal Injection Molding Process

Detection Systems

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