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ASTM 電解錫めっき鋼板 0.12mm - 0.5mm エアゾール蓋用ブリキ
Electrolytic Tinplate 0.12mm-0.5mm for Aerosol Lids Product Specifications Product Name: Electrolytic Tinplate 0.12mm-0.5mm for Aerosol Lids 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 Key Features and Benefits Corrosion Resistance: The tin layer protects the underlying steel
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電解ブリキ ストーンフィニッシュ 缶用電解ブリキ
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
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0.28mm DR8 乳児用粉ミルク缶用電解ブリキコイル
0.28mm DR8 Electrolytic Tinplate Coil for Infant Formula Milk Powder Cans 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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粉ミルク缶用0.25mm T3食品グレード電解ブリキコイル
0.25mm T3 Food Grade Electrolytic Tinplate Coil for Milk Powder Cans 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
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2.8/2.8 蓋のための電解ブリキ板 0.2mm - 0.6mm ブリキ鋼板
2.8/2.8 Electrolytic Tin Plate 0.2mm - 0.6mm Tin Steel Sheet For Lids 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
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バッテリーシェル 電解チンのプレート 0.3mm - 1.0mm 電池チンのプレート
Battery Shell Electrolytic Tin Plate 0.3mm - 1.0mm Electro Tin Product Specifications Product Name: Battery Shell Electrolytic Tin Plate 0.3mm-1.0mm Tin Coating: 1.1/1.1, 2.0/2.0, 2.8/2.8, 5.6/5.6, Etc. Or Customized Surface Finish: B(Bright) R(Stone) S(Silver) Use: Metal Packaging, Food Cans, Painted Cans, Tin Can Tin Box Thickness: 0.15-0.50mm Package: Thin Plastic Film + Rust-proof Paper + Metal Cover + Metal Angles + Straps + Pallets Standard: JIS DIN ASTM GB EN AISI
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化学ドラム電解ブリキ コイル 0.2 mm ブリキ板金
Chemical Drum Electrolytic TinPlate Coil 0.2mm Tin Sheet Metal 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 the
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粉ミルクおよびプロテインパウダー缶用の食品安全電解ブリキコイル
Food Safe Electrolytic Tinplate Coil for Powdered Milk & Protein Powder Cans 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
