Indexable turning inserts are precision carbide cutting tools designed for turning, facing, boring, and grooving operations on CNC lathes and conventional turning machines. These inserts are widely used in metalworking workshops for machining steel, stainless steel, cast iron, and alloy materials. Our indexable turning inserts feature high hardness, good wear resistance, stable cutting performance, and long service life. When one cutting edge becomes worn, the insert can be rotated to a new edge, which helps reduce tool change time and improve machining efficiency.

Brazed carbide tips, also known as weld-on carbide inserts, are carbide cutting tips that can be brazed or welded onto tool holders, turning tools, milling cutters, or special cutting tools. They are commonly used in small-lot production, maintenance machining, and custom tooling applications. These weld-on inserts offer strong cutting performance, good impact resistance, and convenient tool repair. When the cutting edge becomes worn, the tip can be reground or replaced, making them a cost-effective choice for many machining scenarios.

Cobalt powder, with the chemical formula Co, is a gray-black metallic powder that exhibits excellent magnetic properties, high-temperature stability, and outstanding sintering activity. It is a core industrial raw material for hard alloys, lithium battery positive electrodes, high-temperature alloys, magnetic materials, and catalysts. The products offer various specifications such as regular cobalt powder, ultrafine cobalt powder, spherical cobalt powder, and nano cobalt powder. They have low impurity content, uniform particle size, and strong batch stability, and are widely exported to the global industrial manufacturing market.

Custom special-shaped carbide parts are non-standard carbide components manufactured according to customer drawings, samples, or specific working conditions. These parts are commonly used in industrial equipment, machining tools, wear-resistant components, and mechanical accessories. We can produce various irregular-shaped carbide parts, including special blades, carbide blocks, carbide tips, and custom wear parts. They are suitable for applications requiring high hardness, good abrasion resistance, and stable performance under harsh working conditions.

This product is high-purity Tungsten Powder (W Powder), presenting as uniform dark gray metallic powder with no agglomeration or visible impurities, uniform particle distribution, and excellent physical and chemical properties. Manufactured by advanced hydrogen reduction process, the product covers multiple purity grades including 99.9%, 99.95%, and 99.99%, and can be customized with different particle sizes (fine powder 0.5-1.5μm, medium powder 2.0-5.0μm, coarse powder 6.0-20.0μm) and particle shapes (irregular/spherical) according to customer requirements.

Ferroniobium (abbreviated as FeNb) is a vital iron-niobium alloy that plays an irreplaceable role in modern metallurgy and high-end manufacturing. Produced by the aluminothermic reduction process, this alloy combines the excellent properties of iron and niobium, presenting as silver-gray metallic lumps with uniform texture

High Carbon Silicon (Si-C Alloy) is a cost-effective composite alloy for global metallurgical export, manufactured via advanced high-temperature smelting. Available in grades Si60C10 to SiC72C22 (Si: 40%-72%, C: 10%-24%, customizable), it features low impurities (S/P ≤0.05%, Al ≤3%) and integrates deoxidation, desulfurization and carburization, reducing steelmaking costs by up to 30%.

In the modern steel production process, ferrosilicon, as an important alloy additive, is widely used in the production process of steel plants. The main components of ferrosilicon are silicon and iron, and its unique chemical properties make it play an irreplaceable role in steel smelting. The main use of ferrosilicon in steel production is as a deoxidizer and alloying agent. During the steelmaking process, the oxygen content in the molten steel needs to be reduced by adding deoxidizers to improve the quality and performance of the steel. Ferrosilicon is an ideal deoxidizer choice due to its high silicon content and good deoxidizing ability. By using ferrosilicon, steel mills can effectively remove oxygen from molten steel and reduce pores and inclusions in the steel, thereby improving the purity and mechanical properties of the steel.