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0.2mm T3 Electrolytic TinPlate Coil Matte Electrolytic Sheet Tin
0.2mm T3 Electrolytic TinPlate Coil Matte Electrolytic Sheet Tin 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
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Tempered Bright Electrolytic Sheet Tin Metal SPCC Tinplate For Packaging
Tempered Bright Electrolytic Tinplate for Durable Packaging Product Specifications Attribute Value Material SPCC, MR Surface Finish B(Bright), R(Stone), S(Silver) Use Metal Packaging, Food Cans, Painted Cans, Tin Boxes Thickness 0.15-0.50mm Shape Square, Rectangle Standard JIS, DIN, ASTM, GB, EN, AISI Hardness T1-T5, DR9, DR8 Product Advantages Corrosion Resistance: The tin layer protects the underlying steel from rust and chemical reactions. Strength and Formability: Can be
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0.2mm MR Electrolytic TinPlate Coil Heavy Duty Lids Tinplate Food Packaging
0.2mm MR Electrolytic TinPlate Coil Heavy Duty Lids Tinplate Food Packaging 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,
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GB Square Electrolytic Tinplate Coil Machinery Parts Tin Steel Sheet
GB Square Electrolytic Tinplate Coil Machinery Parts Tin Steel Sheet Product Specifications Attribute Value Product Name: Extra Hard Electrolytic Tinplate for Machinery Parts 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 Extra Hard Electrolytic Tinplate for
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Dull Finish Electrolytic Tin Plate Scratch Resistant Stamping Packaging Tinplate
Dull Finish Electrolytic Tinplate for Scratch-Resistant Stamping Product Specifications Attribute Value Product Name Dull Finish Electrolytic Tinplate for Scratch-Resistant Stamping 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 Features Corrosion Resistance: The tin layer protects
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0.20mm DR8 Tinplate Coil 2.8/2.8 Tin Coating for Food Cans, JIS G3303 Food Grade Safe Material
0.20mm DR8 Tinplate Coil 2.8/2.8 Tin Coating for Food Cans, JIS G3303 Food Grade Safe Material 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
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Smooth Electrolytic Tin Plate Seamless Stamping Embossing Tinplate Packaging
Smooth Electrolytic Tinplate for Seamless Stamping & Embossing Product Specifications Attribute Value Material SPCC, MR Surface Finish B (Bright), R (Stone), S (Silver) Use Metal Packaging, Food Cans, Painted Cans, Tin Boxes Thickness 0.15-0.50mm Shape Square, Rectangle Standard JIS DIN ASTM GB EN AISI Hardness T1-T5, DR9, DR8 Key Features Corrosion Resistance: The tin layer protects the underlying steel from rust and chemical reactions. Strength and Formability: Can be
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0.18mm 2.8/2.8 Tin Free Steel Sheet Electrolytic Coil Tin Coated Sheet
0.18mm 2.8/2.8 Tin Free Steel Sheet Electrolytic Coil Tin Coated Sheet 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
