B15 · Houseware & Kitchenware

Stainless Steel Sheets for Kitchenware: 304/201 Selection and 4 Part Lists

In Our Kitchenware, We Organized 4 Parts Using Stainless Steel: Commonly Used 304 / 201 / 316, Thickness Ranging from 0.3–5 mm.

Stainless Workbenches, Conveyors, and Wash Basins for Food Processing
304/316L Counter Tops, Conveyor Parts, and Wash Basins for Food Processing (Illustration; Actual Selection Based on Media, Temperature, and Drawings)

Four Parts and Material List

Part / ComponentRecommended GradeSpecifications / ThicknessSurfaceMain Failure ModesReference Standards
Cookware/Dish/Ceramic Insulation Liners304/316/2010.3–1.2mm2B/ Electrolysis/PolishingFood Contact + Acid + Cleaning + Dry Burn Color ChangeGB/T 3280; GB 4806.9
Cutting Tools/Saw Blades420/4401–5mmQuench Hardened + PolishedEdge Wear + Chipping + Food Acid CorrosionGB/T 1220; GB 4806.9
Skirt/Counter Guard304/2010.8–3.0mm2B/Polished EmbossedHumid/Detergent Scratches Food ContactGB/T 3280; GB 4806.9
Material Selection Tips304/2010.5–2.0mmMirror/polished/gildedHumid+lotion+scale+hand sweatGB/T 3280
In the middle areStandard configurationHanging Towel Rack

Common Grades: 304 (3), 201 (3), 316 (1)

  • Select Materials
  • Start with 316L in acidic media, go higher with concentration and temperature. See 904L / duplex (2/4 hits).
  • Thickness range 0.3–5 mm: thin plates are for forming pieces (consider bending rebound and deep drawing cracks), thick plates are for welded structures (consider heat input and sensitization).

Frequently Asked Questions

Which stainless steel is used most for home goods and kitchen utensils?
By total pages, the top 4 parts are: 304 (3), 201 (3), and 316 (1). For specific parts, consult media and temperature; for example, stainless countertops require 316L when exposed to saltwater.
Which part is the easiest to have problems with?
Failure description, typically for "cooking pots/cups/insulated water bottles": Food contact + salt / acid + cleaning + dry burning changes color; recommended grades 304/316/201, thickness 0.3–1.2mm. This scenario suggests specifying medium concentration, temperature, and cleaning method during the design phase.
What thickness should I select?
Thickness range in the list is 0.3–5 mm. For thin plates, consider bending and surface finish; for thick plates, welding and structural strength. Values may differ between equipment manufacturers for the same location, review your drawing or operating conditions.

Related materials and adjacent industries

Delivery Case Studies for Similar Operating Conditions

Kitchenware and Cookware Manufacturing 304 / 201 Stainless Steel Rounds, 0.4–3.0 mm Thick

Customized in Diameter and Weight, Deep Drawn Grade, Surface Types: 2B & BA, Thickness: 0.4–3.0 mm

Applications4
Thickness0.3–5mm
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