1. Raw Material Selection: The raw materials to be used in stainless steel production are chosen. Usually, this material is a mixture of iron ore, nickel, chromium, and other alloys.

2. Melting: The raw materials are melted at high temperatures. Electric arc furnaces or electric resistance furnaces are commonly used for this process. When melted, the materials form a steel mixture.

3. Intermediate Mixing and Refinement: The melted steel mixture is refined by adding or removing various alloys to achieve the desired properties. Chrome and nickel are added during this stage to enhance corrosion resistance.

4. Casting: The refined steel is shaped through a casting process to obtain the desired form. Casting can be done in various ways to produce different products.

5. Cooling and Shaping: The cast steel pieces are cooled and shaped. During this stage, steel can be rolled into various forms, turned into plates, or used to create various profiles and pipes.

6. Hardening and Heat Treatment: Stainless steel is heated and then rapidly cooled to achieve the desired strength and hardness properties. This process makes stainless steel more durable.

7. Surface Treatment: The surfaces of stainless steel products are often polished, buffed, or smoothed to enhance their appearance.

8. Testing and Quality Control: The produced stainless steel products undergo quality control tests. These tests evaluate qualities such as corrosion resistance, strength, dimensional accuracy, and others.

9. Fabrication and Distribution: Finally, stainless steel products are cut, bent, welded, or assembled according to customer requirements. Products are then distributed to end-users or industrial customers.

 Stainless steel production is a complex process with many steps that must adhere to industry standards. This process is designed to ensure the durability, corrosion resistance, and other properties of stainless steel products.