Tungsten carbide punching balls are mainly used in application fields that require extremely high wear resistance and impact resistance, especially in metal punching, precision manufacturing, mining drilling and other fields. The excellent performance of hard alloy makes it an ideal choice.

As long as any of the keywords "impact", "vibration", or "heavy load" exist in the processing process, cemented carbide must be used; metal ceramics are only suitable for continuous, stable, and high-speed finishing and semi-finishing.

Every snow removal part is unique—from small tire stud cores to large plow blade brackets—and a one-size-fits-all cold heading die cannot meet the diverse needs of manufacturers. In the highly competitive winter equipment industry, production efficiency, part consistency, and tooling durability dire

March 18, 2026 — The global tungsten market is experiencing an unprecedented sharp price surge, with international prices of tungsten products, including tungsten balls, continuing to climb steadily amid tight supply and strong demand from multiple high-end industries, according to the latest data r

In conclusion, if your processing task involves continuous, high-speed, and fine processing of steel or cast iron, and the machine tool has good rigidity and no vibration, then boldly replace the hard alloy with metal ceramic. You will achieve a longer service life and better surface quality.

For manufacturers and metal fabricators across every industrial sector, achieving consistent, high-quality results on complex components has long been one of the most persistent operational challenges. Finishing intricate surfaces, removing burrs from tight corners and internal channels, and shaping

Every angler knows that the right fish sinker is the key to successful casting and catching—ordinary sinkers often lack density, drift in strong currents, or corrode quickly, ruining your fishing trip. Our high-performance fish sinkers are engineered to solve these common frustrations, delivering un

In the realms of high-end manufacturing and specialised materials, seemingly unassuming metallic spheres are assuming increasingly pivotal roles. Recent breakthroughs by multiple domestic tungsten product manufacturers in material purification, precision machining, and sphere consistency control hav

Metal ceramic blades are particularly suitable for processing stainless steel, mainly because stainless steel has several "difficult-to-handle" characteristics during cutting, and metal ceramics (Cermet) can precisely address these issues.

Cermet (metal ceramics) and Cemented Carbide are both high-hardness materials produced through powder metallurgy processes, and are commonly used in cutting tools and wear-resistant parts. However, their compositions, properties, and application focuses are different.