Tungsten alloy screws, as high-performance fasteners, are widely used in aerospace, nuclear industry, marine engineering, and high-precision manufacturing due to their high density, excellent mechanical properties, good chemical stability, and flexible processing characteristics.

In the field of industrial fasteners, tungsten alloy screws and titanium alloy screws, as two high-performance material products, hold significant positions in various application scenarios due to their unique physicochemical properties. There are notable differences between the two in terms of material characteristics, performance, manufacturing processes, and application contexts.

CTIA GROUP LTD tungsten alloy fasteners are mechanical connection components made primarily of tungsten, supplemented with elements such as nickel, iron, and copper, and produced using advanced processes like powder metallurgy. These fasteners, which include screws, bolts, nuts, and washers, are widely used in industries such as aerospace, nuclear power, marine engineering, electronics, medical devices, and military applications.

CTIA GROUP LTD tungsten alloy discs are typically made by alloying tungsten with nickel, iron, titanium, or other elements. Their exceptional performance stems from their unique material composition and microstructure, making them widely used in the target field. Industrial-grade tungsten alloy discs generally have a purity of 99.95% or higher. While pure tungsten targets offer high density and excellent high-temperature resistance, their brittleness makes them prone to cracking during processing. As a result, tungsten-based alloys such as W-Ni-Fe (tungsten-nickel-iron alloy, with tungsten content ranging from 85% to 99%) or W-Ti (tungsten-titanium alloy, with adjustable tungsten-titanium ratios) are commonly used. These alloys are produced via powder metallurgy, with tungsten particles uniformly dispersed in a metal binder phase, forming a dense structure.

CTIA GROUP LTD tungsten alloy screws are fasteners made from an alloy material composed primarily of tungsten (W), with the addition of metals such as nickel, iron, and copper, manufactured through machining processes. With their high density, exceptional strength, wear resistance, and outstanding corrosion resistance, they are widely used in fields such as aerospace, medical devices, and precision machinery, where material performance requirements are stringent. Compared to steel screws, tungsten alloy screws demonstrate higher reliability under high loads and extreme conditions; compared to lead-based materials, they are more environmentally friendly.

In modern industrial and technological fields, the use of high-density materials has become a key factor in enhancing equipment performance and safety.

Tungsten Cemented Carbide Balls are primarily used as core components in valves, such as valve balls or sealing surfaces. Their high hardness, wear resistance, corrosion resistance, and stability under high temperatures and high pressures make them a key material for improving valve performance and lifespan, particularly in industries such as the oil, chemical engineering, and natural gas.

Tungsten Cemented Carbide Balls, with their high hardness, wear resistance, and corrosion resistance, play an irreplaceable role in high-performance bearings, particularly in aerospace, precision manufacturing, and under extreme operating conditions.

Tungsten Cemented Carbide Balls play a crucial role in machining. Their high hardness, wear resistance, compressive strength, corrosion resistance, and thermal stability make them an ideal choice for a variety of machining scenarios. The following are the main roles of Tungsten Cemented Carbide Balls in machining:

Tungsten Carbide Balls have a wide range of industrial applications, spanning a wide range of industries, including machinery manufacturing, energy, chemicals, aerospace, and consumer goods. Their excellent wear and corrosion resistance, along with their high precision, make them an ideal choice for demanding applications.