90% Ø7.94x48.3mm tungsten alloy billet for dart barrel price is 3.10USD/PC on July 2, 2019. There are many different types of darts on the market from brass through to tungsten by far the most popular are tungsten nickel darts. Tungsten has been used for the production of darts since the early 1970's because it is twice as dense as brass and a dart made from tungsten will be half the size of a brass equivalent. This means it is easier for a dart player to achieve a close grouping of darts in a smaller area and is more likely to score the maximum score of 180.

90% Ø7.5x50.8mm tungsten alloy dart billet price is 2.80USD/PC on May 31, 2019. Tungsten is used to make darts because it is a dense metal. The more tungsten a dart barrel has, the smaller it can be made without sacrificing weight. The higher the tungsten content, the higher the quality of the dart. The most commonly used alloys are anywhere between 80% and 90% tungsten. Tungsten darts will be more durable, offer a more extensive range of machine knurling patterns that provide better grip with less potential for slipping.

95% Ø7.15x54.6mm tungsten alloy rod for dart barrel price is 4.80USD/PC on June 18, 2019. Tungsten alloy rod is used, for example, in the aviation and aerospace industries, medical technology, the automotive and foundry industries or for oil and gas drilling. Also, the rod is widely used for making dart barrel that forms the main part a dart. Usually, tungsten alloy rod is named tungsten dart billet in the dart sport. Its surface has knurling design to increase the force of friction that is necessary for professional players. 

90% Ø7.15x54.6mm tungsten alloy rod for dart barrel price is 4.70USD/PC on May 21, 2019. Billets are actually tungsten cylinder rods after surface grinding by center-less processing, popularly 70~90% tungsten is used for making both soft-tip and steel-tip barrels. Usually we provide products according to client’s specifications. We can also offer a range of different tungsten alloys, including W-Ni-Fe, W-Ni-Cu or W-Ni-Cu-Fe, up to the particular requirement for that high-density alloy.