"tinplate sheet"
Płytki cynowe Metal JIS G3303 Elektrolityczny 0,18 mm - 0,8 mm Materiał płytki cynowej
Tin Plate Metal JIS G3303 Electrolytic 0.18mm - 0.8mm Tin Plate Material Product Specifications Attribute Value Product Name Tinplate Steel Sheet JIS G3303 Electrolytic Tin Coated 0.18mm-0.8mm Material SPCC, MR Surface Finish B(Bright) R(Stone) S(Silver) Use Metal Packaging, Food Cans, Painted Cans, Tin Can Tin Box Thickness 0.15-0.50mm Shape Square, Rectangle Shape Standard JIS DIN ASTM GB EN AISI Hardness T1-T5, DR9, DR8 Product Description Tinplate Steel Sheet JIS G3303
Elektrolityczna blacha stalowa wstępnie cynowana 5.6 / 5.6 Odporna na korozję, galwaniczna powłoka cynowa
Electrolytic Pre Tin Plated Steel 5.6 / 5.6 Corrosion Resistant Electro Tin Plating Product Specifications Product Name: High-Quality Electrolytic Tin Plate Sheets for Food Cans Corrosion-Resistant Food-Safe Material: MR, SPCC, prime Tinplate / TFS Tin Coating: 1.1/1.1, 2.8/2.8, 5.6/5.6, Etc. Or Customized Surface: Bright, Stone, Matte, Silver, Rough Stone Thickness: 0.15-0.50mm Hardness: TS230, TS245, TS260, TS275, TS290, TH415, TH435, TH520, TH550, TH580, TH620 Standard:
Blacha elektrolityczna z wykończeniem kamiennym Płyta blaszana elektrolityczna do puszki
Electrolytic Tin Plate Stone Finish Electrolytic Tin Plate for Can Tinplate, thin steel sheet with a coating of tin applied either by dipping in molten metal or by electrolytic deposition; almost all tinplate is now produced by the latter process. Tinplate made by this process is essentially a sandwich in which the central core is strip steel. Recyclable: The iron can itself has a characteristic that other packaging materials do not have - can be adsorbed by magnets, so that
0,16 * 805 mm BA T4Temper Elektrolityczna blacha blaszana do puszek po napojach do szybkiego wytwarzania puszek.
0.16*805mm BA T4Temper Electrolytic Tin Plate for Beverage can of high speed can making. Tinplate, thin steel sheet with a coating of tin applied either by dipping in molten metal or by electrolytic deposition; almost all tinplate is now produced by the latter process. Tinplate made by this process is essentially a sandwich in which the central core is strip steel. Recyclable: The iron can itself has a characteristic that other packaging materials do not have - can be
