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Stainless steel is a widely used alloy material composed mainly of iron, chromium, and nickel, known for its excellent corrosion resistance and wear resistance. Therefore, its applications in industries and daily life are extensive. Here is a brief overview of stainless steel processed products categorized by their applications and processing methods:

1. Kitchenware
   Cookware: frying pans, griddles, stew pots, boiling pots, etc.
   Cutlery: bowls, plates, spoons, forks, knives, etc.
   Kitchen equipment: worktables, storage cabinets, operating counters, etc.

2. Medical instruments
   Surgical instruments: blades, scissors, forceps, etc.
   Diagnostic equipment: dental tools, endoscopes, etc.
   Medical device accessories: screws, nuts, etc.
3. Architectural decoration
   Door and window hardware: hinges, screws, door pivots, etc.
   Curtain wall materials: columns, beams, connectors, etc.
   Interior decoration: railings, handrails, bathroom accessories, etc.

4. Industrial equipment
   Mechanical parts: gears, bearings, fasteners, etc.
   Chemical equipment: vessels, reactors, pumps, etc.
   Energy equipment: fans, turbine blades, etc.

5. Transportation facilities
   Automotive components: exhaust systems, wheel hubs, screws, etc.
   Marine fittings: anchor chains, pumps, valves, etc.
   Rail transit components: bolts, nuts, contact wire poles, etc.

6. Daily necessities
   Personal care tools: scissors, nail clippers, beauty devices, etc.
   Outdoor products: knives, multi-tools, etc.
   Furniture accessories: screws, hinges, casters, etc.

7. Electronics and electrical appliances
   Household appliances: internal metal components of washing machines, refrigerators, air conditioners, etc.
   Electronic devices: internal metal structures of computers, mobile phones, etc.
   Communication equipment: antennas, connectors, etc.

8. Aerospace
   Aircraft components: structural parts, fasteners, etc.
   Spacecraft materials: connectors, brackets, etc.

The processing of stainless steel mainly involves processes such as casting, rolling, drawing, stamping, welding, and heat treatment. Different processing methods are chosen based on specific application scenarios and requirements. These processed products play important roles in their respective fields, ensuring equipment safety, reliability, and efficient operation, while also enriching people's lives.