The Rudder and Ailerons of The Flight Control System Use Tungsten Based High-Density Alloys as Counterweights

• Application: Aviation, Electronics, Industrial, Medical, Chemical, Defense
• Standard: ASTM
• Purity: 90%~97%
• Alloy: Alloy
• Shape: Various Shapes
• Type: Short Rod, Round Bar, Cycliner
• Model NO.: Tungsten based high-density alloy counterweights
• Grade: ASTM B777, Class 1, 2, 3 and 4 Wnife/Wnicu
• Material: Tungsten Alloy
• Density: Tungsten Alloy Class 3 with 17.75-18.35g/Cc
• Balance Weight: Aircraft
• W Balance Weight: for Aviation
• Metal: Tungsten
• Material of Metal: High Density Tungsten Alloy
• Transport Package: Export Wooden Cases or Iron Barrels
• Specification: Cutomized sizes or according to drawings
• Trademark: Kefeng
• Origin: China
• HS Code: 81019990
• Production Capacity: 5000kgs Per Month

Product Description

Tungsten based high-density alloy counterweights are used in many industrial fields. Below, I will introduce the application of tungsten based high-density alloys in aerospace:
The rudder and ailerons of the flight control system use tungsten based high-density alloys as counterweights, which are important parts of the aircraft balance and require high mechanical properties of counterweights. Tungsten based high-density alloys have high density, hardness, high temperature resistance, corrosion resistance, easy processing, and stable performance. Therefore, tungsten based high-density alloys are ideal materials.
The helicopter rotor requires absolute balance to maintain the overall stability of the fuselage. Tungsten based high-density alloys can be used to make blades to compensate for the balance of a single blade in the helicopter. Tungsten based high-density alloy counterweights can also be installed in many propeller design high control systems to prevent overspeed. Tungsten based high-density alloy counterweights can be used to adjust the oscillation frequency of triangles and laser beams. High density tungsten alloy has high quality and small volume, making it the best choice for limited spaces. Tungsten based high-density alloys are also used in satellites to ensure precise center of gravity positioning and correct orbit during space flight.