Welded Cutting Tools: As the name suggests, welded cutting tools are connected by welding the blade portion and the body portion. Through the use of welding materials such as dehydrated borax, copper sheets, manganese steel, glass powder, and other materials, they are melted at high temperatures to allow alloys, high-speed steel, cubic boron nitride, diamond, and ceramic blade materials to adhere to the same groove-shaped knife shaft, meeting the requirements for machining operations. Currently, the most widely used welded cutting tools are hard alloy types, as they have high hardness and can meet the requirements of most processed materials. Moreover, the cost is relatively low compared to other materials, so they are widely used.
YT15 hardness 91 is suitable for continuous cutting of carbon steel and alloy steel semi-finishing and finishing. Finishing when cutting intermittently. Tornado turning, semi-finishing and finishing of continuous surfaces, roughing and finishing of holes.
YT14 with a hardness of 90.5 is suitable for rough turning of carbon steel and alloy steel with uneven surfaces, semi-finishing and finishing turning when using intermittent cutting, rough milling of continuous surfaces, and drilling for cast holes.
YT5 hardness 89.5 is suitable for carbon steel and alloy steel, including forging, stamping parts, and the skin of castings. It is used for rough turning, rough planing, semi-finishing planing, and rough milling on uneven surfaces.
YG6 hardness 89.5 is suitable for semi-finishing and light load rough machining of cast iron, non-ferrous metals, heat-resistant alloys, and titanium alloys.
YG8 hardness 89.0 is suitable for casting iron, non-ferrous metals and their alloys, non-flat surfaces of non-metallic materials and intermittent cutting when rough turning, rough planing, rough milling, drilling and expanding holes for general holes and deep holes.
YW1 hardness 91.5 is suitable for processing materials such as heat-resistant steel, hard steel, stainless steel, and alloy steel, which are difficult to process. It is also suitable for processing ordinary steel and cast iron.
YW2 hardness 90.5 is suitable for semi-finishing and light load rough machining of stainless steel and alloy steel.
YS25 with a hardness of 90.5 is suitable for rough turning, milling, and planing of carbon steel, cast steel, high manganese steel, high strength steel, and alloy steel.
YG6X hardness 91.0 is suitable for precision and semi-finishing processes of alloy cast iron and ordinary cast iron.
YS8 hardness 92.5 is suitable for precision machining of iron-based, nickel-based high-temperature alloys, and high-strength steel. It is also suitable for precision machining of cold-hardened cast iron, heat-resistant stainless steel, high-manganese steel, and quenched steel.
Update time：20220709154613
