"tinplate sheet"
食品級電解スチールプレート 耐腐蝕性 アルカリ性 多重厚さ
Food Grade Electrolytic Tin Plate With Superior Rust Alkali Resistance Multiple Thickness Product Overview Food Grade Electrolytic Tin Plate with Superior Rust & Alkali Resistance - Multiple Thickness Features of Tin Plate Beautiful Appearance: Characterized by its beautiful metallic luster with various surface roughness options Excellent Paintability & Printability: Beautiful printing finishes using various lacquers and inks Excellent Formability & Strength: Appropriate
0.15mm トマト缶部品用電解チンプレートコイル 印刷用
0.15mm Electrolytic Tin Plate Coils For Tomato Can Components Printing Applications Product Overview Food Grade Electrolytic Tin Plate Coils for Tomato Can Components & Printing Applications Electrolytic Tin Plate (ETP) represents the industry standard for creating secure, long-lasting metal packaging. This material consists of a cold-rolled steel substrate electrolytically coated with a pure tin layer, forming an exceptional barrier that is both robust and adaptable.
缶詰 食品用 防腐性のある電解チンのプレート TFS
Can Ends Food Safe Electrolytic Tin Plate TFS With Enhanced Rust Alkali Resistance Food-Safe Electrolytic Tin Plate & TFS with Enhanced Rust & Alkali Resistance for Can Ends What is Tinplate? Tinplate (SPTE) is tin plated on both sides of the iron sheet, that is, cold rolled low carbon thin steel plate. It offers rust resistance, corrosion resistance, and is non-toxic. Mainly used for making metal packaging, including canned food, beverages, chemicals, medicine, sanitation
食品包装用電解錫めっき鋼板缶蓋エンド 73mm 83mm 99mm サイズ
Electrolytic Tin Plate Can Lid Ends 73mm 83mm 99mm Sizes For Food Packaging Our Electrolytic Tin Plate (ETP) Can Lids and Bottoms are precision-engineered sealing solutions designed for the demanding needs of modern food and aerosol packaging. Manufactured from premium Electrolytic Tin Plate (Tinplate) and Tin Free Steel (TFS), these round ends provide an exceptional barrier against moisture, light, and oxygen, ensuring product freshness and longevity. Available in a
300D 73mm 電解錫めっき鋼板 ETP 缶蓋 食品包装用 0.18mm 厚 TFS
300D 73mm Electrolytic Tin Plate ETP Can Lid For Food Packaging 0.18mm Thickness TFS Product Overview Our 300D 73mm Tinplate Lid is a high-performance Electrolytic Tin Plate (ETP) / Tin Free Steel (TFS) solution designed for food health cans, beverage ends, and preserved food packaging. With a 0.18mm thickness, this lid ensures superior sealing, corrosion resistance, and durability, making it ideal for long-term food storage. Key Features & Benefits Premium Material - Made
209# 62mm 電解チンのプレート缶蓋 豆 トマト缶 梱包 DR9グレード
209# 62mm Electrolytic Tin Plate Can Lid For Bean Tomato Can Packaging DR9 Grade Product Overview 209# 62mm Electrolytic Tin Plate Can Lid for Bean & Tomato Can Packaging - DR9 Grade Electrolytic Tin Plate (ETP) can lids represent precision-engineered sealing solutions for food packaging applications. These 209# specification lids with 62mm diameter are specifically designed for bean, tomato, and various food can packaging requirements. Features & Characteristics Manufactured
BPAフリー電解錫メッキ缶蓋、オーガノゴールドコーティング付き 300# 73mm 82.2mm サイズ
BPA Free Electrolytic Tin Plate Can Lids With Organogold Coating 300# 73mm 82.2mm Size Product Overview Electrolytic Tin Plate (ETP) can lids represent advanced food packaging solutions that combine superior protection with health-conscious manufacturing. These precision-engineered lids utilize high-quality electrolytic tin plate as the base material, featuring a specialized organosol coating that ensures complete BPA-free performance for food safety. The 300# specification
45# Q355 機械部品のための軽鋼コイル 高強度構造部品
Grade 45# Q355 Mild Steel Coils For Mechanical Parts High Strength Structural ComponentsProduct OverviewMiddle Carbon Steel Grade 45# and Q355 are engineered for mechanical parts and high-strength structural components, offering superior performance in demanding industrial applications.45# Steel SpecificationsCore Applications: Primarily used in manufacturing mechanical parts that withstand moderate loads and require strength and toughness, often requiring final heat
