A corn teeth end mill, also known as a roughing end mill, is a milling cutter designed with serrated cutting edges that resemble the kernels of corn. Unlike standard end mills with smooth cutting edges, corn teeth end mills divide chips into smaller pieces during machining, significantly reducing cutting forces and improving chip evacuation. These tools are widely manufactured from solid tungsten carbide or carbide-tipped steel, providing excellent wear resistance, high cutting efficiency, and long tool life.

Hot melt drills are ideal for creating strong threaded holes in thin-walled metal sheets, tubes, and profiles. They are extensively used in automotive, furniture, HVAC, solar energy, construction, and electrical industries because they improve thread strength, reduce manufacturing costs, and eliminate the need for additional fastening components. For high-volume production, tungsten carbide hot melt drills provide the best combination of durability, efficiency, and performance.

Precision tungsten carbide plates are manufactured to extremely tight dimensional tolerances forhigh-performance industrial applications. Through precision grinding, lapping, and polishing, these plates achieve excellent flatness, parallelism, and surface finish, making them ideal for precision molds, dies, wear components, semiconductor tooling, and other applications where dimensional stability and wear resistance are critical. Custom sizes, grades, and tolerances are available to meet specific customer requirements.

Hot melt drills are ideal for creating strong threaded holes in thin-walled metal sheets, tubes, and profiles. They are extensively used in automotive, furniture, HVAC, solar energy, construction, and electrical industries because they improve thread strength, reduce manufacturing costs, and eliminate the need for additional fastening components. For high-volume production, tungsten carbide hot melt drills provide the best combination of durability, efficiency, and performance.

Tungsten carbide rotary burrs provide an effective solution for deburring, grinding, shaping, and finishing a wide range of materials. Their superior hardness, long service life, and excellent machining performance make them essential tools in industries such as mold manufacturing, automotive production, aerospace engineering, and metal fabrication. Choosing high-quality carbide burrs can significantly improve machining efficiency while reducing operational costs, making them a smart investment for manufacturers worldwide.

Precision components play a critical role in modern industrial systems, especially in industries requiring high wear resistance, dimensional stability, and long service life. Among various precision wear-resistant products, tungsten carbide balls have become widely used in bearings, valves, flow con

Winter ice and snow severely hinder commercial transportation, raising skid risks and reducing operational efficiency. Tungsten carbide tire studs serve as effective anti-slip solutions, boosting vehicle grip, braking performance and climbing ability on icy roads. Boasting great durability and stable structure, they cut fleet maintenance costs. Professional maker Zhuzhou Jinxin offers diverse and customized eco-friendly studs for various cold-weather vehicles worldwide.

High-precision tungsten carbide balls are vital industrial parts boasting extreme hardness, wear and corrosion resistance. Made of tungsten carbide and cobalt, they outperform steel balls greatly. Zhuzhou Jinxin manufactures qualified carbide balls via rigorous processing and inspection. Widely applied in bearings, valves and measuring tools, these durable balls suit harsh working conditions. Custom sizes and diverse grades meet varied industrial precision demands.

Tungsten carbide micro drills are ultra-small precision drilling tools made from solid carbide materials. They are designed for drilling tiny holes with high accuracy, excellent wear resistance, and long tool life.

Carbide end mills are often coated to improve tool life, cutting speed, heat resistance, and wear resistance. Different coatings are suitable for different materials and machining conditions.