Original Powder → Pressing → Sintering → Forging → Rotary Forging → Packaging → Inspection → Finished Products → Thermal Treatment → Machine Process
Straightening rod (after drawing)
Polished rod and customized products
Chemical Composition of Tungsten Bar
Single element content
Note: K is not as impurity content
Tungsten alloy bar used for semiconductor ion implantation parts
Tungsten alloy bar used for electric light source and electric vacuum part
Tungsten alloy bar used for refractory parts of industrial high temperature furnace
Tungsten alloy bar used for electrode for argon arc welding and resistance welding
Superior Quality: CS TitaniumTungsten Alloy Bars are manufactured to the highest standards, ensuring superior quality that enhances performance and reduces costs for both materials and finishing.
Improved Performance: Our products set the standard for boring bars and grinding applications. These tungsten alloys are designed to deliver improved performance in various industrial applications.
Reduced Vibration: The high-density of our Tungsten Alloy Bars results in less vibration during operations, enabling heavier cuts and better finishing.
Enhanced Durability: The high-thermal conductivity of our Tungsten Alloys means your tools run cooler and last longer. This enhances the durability and longevity of your tools, reducing replacement costs.
Direct Brazing: Our Tungsten Alloy Bars can be brazed directly to materials without affecting their physical properties. This allows for greater flexibility and efficiency in manufacturing processes.
Cost-Effective: By improving performance and reducing material and finishing costs, our Tungsten Alloy Bars offer a cost-effective solution for various industrial applications.