"tin coated sheet"
00.19mm DR9 ブリキシート 2.8/2.8 小型食品缶用、高耐食性ブリキコイル
00.19mm DR9 Tinplate Sheet 2.8/2.8 for Small Food Cans, High Corrosion Resistance Tin Coil 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
0.5mm 1.0mm 電解スチロール ASTM 頑丈な食品包装 スチロールシート金属
0.5mm 1.0mm Electrolytic Tin ASTM Sturdy Food Packaging Tin Sheet Metal Product Specifications Product Name 1.0mm Thick Electrolytic Tin Plate for Industrial Drums 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 1.0mm Thick Electrolytic Tin Plate for Industrial Drums
0.20mm DR8 ブリキコイル 2.8/2.8 食品缶用ブリキコーティング、JIS G3303 食品グレードの安全な材料
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
ASTM A623 電解錫めっき鋼板 0.12mm - 0.6mm 蓋用ブリキ板
ASTM A623 Electrolytic Tin Plate 0.12mm - 0.6mm Tinplate Sheet For Lids Product Specifications Attribute Value Product Name: ASTM A623 Electrolytic Tinplate 0.12mm-0.6mm for 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 Product Description ASTM A623 Electrolytic Tinplate 0.12mm-0
マット・フィニッシュ 電解型チンのプレート 0.3mm - 1.5mm ドラムチンのステンプレート
Matte Electrolytic Tin Plate 0.3mm-1.5mm for Drums Product Specifications Attribute Value Product Name Matte Electrolytic Tin Plate 0.3mm-1.5mm for Drums 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 the underlying steel from rust
硬化した明るい電解板 缶金属 SPCC 缶詰用
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
0.2mm T3 電解ブリキ コイル マット電解シート ブリキ
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
硬質光沢電解錫めっき鋼板 DIN ASTM 傷つきにくい缶 薄いブリキ
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
JIS G3303 深絞り用電気錫めっき鋼板
JIS G3303 Electrolytic Tin Plate for Deep Drawing Product Specifications Attribute Value Product Name: JIS G3303 Electrolytic Tin Plate for Deep Drawing 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 Color: Gold, Plain Standard: JIS DIN ASTM GB EN AISI Hardness: T1-T5, DR9, DR8 Product Description JIS G3303 Electrolytic Tin Plate for Deep Drawing Tinplate, thin steel sheet
ETPブリキ ASTM A623 食品缶詰包装用 0.24mm エポキシ内面コーティング付き
ETP Tinplate ASTM A623 0.24mm for Food Can Packaging with Epoxy Interior Coating Silver Matte Stone Bright Surface Electrolytic Tinplate (TFS) is a premium packaging material designed for high-speed stamping applications in food and industrial container manufacturing. Product Specifications Attribute Value Product Name SPCC-SD Electrolytic Tinplate for High-Speed Stamping 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
缶製造用高硬度電解チンのプレート
High Hardness Electrolytic Tin Plate for Can Making Product Specifications Attribute Value Product Name: High Hardness Electrolytic Tin Plate for Can Making 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 Color: Gold, Plain Standard: JIS DIN ASTM GB EN AISI Hardness: T1-T5, DR9, DR8 Product Description Tinplate is a thin steel sheet with a coating of tin applied either
缶詰用耐腐食性電解スチールプレート
Corrosion-Resistant Electrolytic Tin Plate for Cans Product Specifications Material SPCC, MR Surface Finish B (Bright), R (Stone), S (Silver) Application Metal Packaging, Food Cans, Painted Cans, Tin Boxes Thickness 0.15-0.50mm Color Gold, Plain Standard JIS, DIN, ASTM, GB, EN, AISI Hardness T1-T5, DR9, DR8 Product Description Our electrolytic tin plate consists of thin steel sheet with a protective tin coating applied through advanced electrolytic deposition. This modern
