In the industrial equipment field, tungsten alloy counterweights, due to their high density, high strength, excellent corrosion resistance, and wear resistance, serve as key components in dynamic balance systems for CNC machine tools, industrial robots, and other heavy equipment. Tungsten alloy counterweights optimize weight distribution, effectively reducing vibration and mechanical stress, improving machining accuracy, equipment stability, and service life.

In the medical equipment field, tungsten alloy counterweights play a critical role in radiotherapy devices, diagnostic instruments, and high-precision surgical instruments due to their high density, non-toxicity, non-radioactivity, and excellent radiation shielding capabilities.

Precision instruments require high accuracy, stability, and durability in counterweights, and tungsten alloy counterweights, with their high density and small volume, have become the preferred material in this field.

Tungsten alloys, with their high density (17-18.5 g/cm³), high strength (tensile strength up to 900-1200 MPa), and excellent corrosion and wear resistance, serve as critical components for optimizing power transmission, stability, and efficiency in automobiles.