Expertise
| Ultrafine Particles | Grade | Detailed |
|---|---|---|
| H06U | Ultra-fine carbide ingots, suitable for finishing high-hard materials, composite materials, PCB cutters, engraving knives. | |
H09U-T | Ultra-fine grain carbide ingots are suitable for high-speed cutting tools. They have excellent effects on the processing of high-hard materials (above HR58), and have excellent performance in high-gloss processing such as stainless steel and high-temperature alloys. | |
| H08U-K | Ultra-fine carbide ingots, suitable for processing high-hard materials, composite materials, PCB milling cutters, and drills. | |
| H12U-T | Ultra-fine particle tungsten carbide, used for high-speed cutting tools, suitable for milling of stainless steel and high-hardness materials (HR50-58), has excellent wear resistance, and can greatly increase tool life. | |
| H12U | Ultra-fine particle tungsten carbide, suitable for processing heat-treated steel and stainless steel below HRC50; high performance and stable cutting; achieve the best balance between wear resistance and toughness. |
| Ultrafine Particles | Grade | Detailed |
|---|---|---|
| H10S | Fine-grained tungsten carbide has extremely balanced strength characteristics, distance wear resistance and toughness, and is suitable for general materials for processing alloy steel and non-alloy steel. | |
H10F | Fine-grained tungsten carbide has excellent toughness and fracture resistance; it is suitable for rough machining of alloy steel and stainless steel, and is also an excellent material for drill bits. | |
| H11F | Fine-grained tungsten carbide is a material with special trace elements added, which is suitable for high-efficiency cutting, violent cutting and other processing methods. It has excellent performance in rough machining of stainless steel and processing of heat-resistant titanium alloys (titanium-based, nickel-based alloys). |
| Ultrafine Particles | Grade | Detailed |
|---|---|---|
| H06U | Ultra-fine carbide ingots, suitable for finishing high-hard materials, composite materials, PCB cutters, engraving knives. | |
H09U-T | Ultra-fine grain carbide ingots are suitable for high-speed cutting tools. They have excellent effects on the processing of high-hard materials (above HR58), and have excellent performance in high-gloss processing such as stainless steel and high-temperature alloys. | |
| H08U-K | Ultra-fine carbide ingots, suitable for processing high-hard materials, composite materials, PCB milling cutters, and drills. | |
| H12U-T | Ultra-fine particle tungsten carbide, used for high-speed cutting tools, suitable for milling of stainless steel and high-hardness materials (HR50-58), has excellent wear resistance, and can greatly increase tool life. | |
| H12U | Ultra-fine particle tungsten carbide, suitable for processing heat-treated steel and stainless steel below HRC50; high performance and stable cutting; achieve the best balance between wear resistance and toughness. |
| Ultrafine Particles | Grade | Detailed |
|---|---|---|
| H10S | Fine-grained tungsten carbide has extremely balanced strength characteristics, distance wear resistance and toughness, and is suitable for general materials for processing alloy steel and non-alloy steel. | |
H10F | Fine-grained tungsten carbide has excellent toughness and fracture resistance; it is suitable for rough machining of alloy steel and stainless steel, and is also an excellent material for drill bits. | |
| H11F | Fine-grained tungsten carbide is a material with special trace elements added, which is suitable for high-efficiency cutting, violent cutting and other processing methods. It has excellent performance in rough machining of stainless steel and processing of heat-resistant titanium alloys (titanium-based, nickel-based alloys). |
