The production process of cemented carbide strips is a complex process involving multiple steps and processes. Below I will introduce the production process of cemented carbide strips in detail:

1. Raw material preparation: The main raw materials of cemented carbide strips are tungsten and cobalt. These two materials are mixed in a certain proportion and smelted in a high-temperature furnace. The alloy blanks are obtained through specific processes and temperature control time.

2. Raw material crushing: The alloy blanks obtained by smelting in the furnace are crushed and crushed into powder.

3. Dry powder mixing: The crushed alloy powder is mixed with other additives to ensure that the components in the alloy are evenly distributed.

4. Pressing and molding: The mixed powder is placed in a mold and molded by high-pressure pressing to form the desired shape and size.

Do you know the production process of cemented carbide strips?

5. Sintering treatment: The formed alloy blank is placed in a sintering furnace and sintered at high temperature to make the particles bond with each other and compact into a whole.

6. Precision machining: After sintering, the carbide strips will have a certain amount of margin. In this step, the carbide strips need to be processed by lathes, grinders and other equipment through precision machining to achieve the required size and precision requirements.

7. Surface treatment: The surface treatment of the processed carbide strips can be done by polishing, sandblasting and other methods to make the surface smooth and beautiful.

8. Quality inspection: The quality of the produced carbide strips is inspected, including appearance inspection, size measurement, chemical composition analysis, etc., to ensure that the products meet the standard requirements.

9. Packaging and delivery: The qualified carbide strips are packaged and shipped according to customer needs for subsequent use.

In general, the production process of carbide strips goes through multiple steps, and the production process and quality need to be strictly controlled to ensure that the products have excellent properties such as high strength, high hardness, and wear resistance to meet customer needs.