• Electrolytic Tinplate in Sheets for Tin Cans Making System 1
  • Electrolytic Tinplate in Sheets for Tin Cans Making System 2
  • Electrolytic Tinplate in Sheets for Tin Cans Making System 3
Electrolytic Tinplate in Sheets for Tin Cans Making

Electrolytic Tinplate in Sheets for Tin Cans Making

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
25 m.t
Supply Capability:
7000 m.t/month

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1.Structure of Electrolytic Tinplate in Sheets for Tin Cans Making Description

 

Electrolytic Tin Plate Coils and Sheets for Foods Metal Packaging,  is one thin steel sheet with a coating of tin applied by electrolytic deposition. Tinplate made by this process is essentially a sandwich in which the central core is strip steel. This core is cleaned in a pickling solution and then fed through tanks containing electrolyte, where tin is deposited on both sides. As the strip passes between high-frequency electric induction coils, it is heated so that the tin coating melts and flows to form a lustrous coat.

 

2.Main Features of the Electrolytic Tinplate in Sheets for Tin Cans Making

 

Appearance – Electrolytic Tin Plate is characterized by its beautiful metallic luster. Products with various kinds of surface roughness are produced by selecting the surface finish of the substrate steel sheet.

Paintability and printability – Electrolytic Tin Plates have excellent paintability and printability. Printing is beautifully finished using various lacquers and inks.

Formability and strength – Electrolytic Tin Plates have got very good formability and strength. By selecting a proper temper grade, appropriate formability is obtained for different applications as well as the required strength after forming.

Corrosion resistance – Tinplate has got good corrosion resistance. By selecting a proper coating weight, appropriate corrosion resistance is obtained against container contents. Coated items should meet 24 hour 5 % salt spray requirement.

Solderability and weldability – Electrolytic Tin Plates can be joined both by soldering or welding. These properties of tinplate are used for making various types of cans.

Hygienic – Tin coating provides good and non toxic barrier properties to protect food products from impurities, bacteria, moisture, light and odours.

Safe – Tinplate being low weight and high strength makes food cans easy to ship and transport.

Eco friendly – Tinplate offers 100 % recyclability.

Tin is not good for low temperature applications since it changes structure and loses adhesion when exposed to temperatures below – 40 deg C.

 

3.Electrolytic Tinplate in Sheets for Tin Cans Making Images

 

Electrolytic Tinplate in Sheets for Tin Cans Making

Electrolytic Tinplate in Sheets for Tin Cans Making

Electrolytic Tinplate in Sheets for Tin Cans Making


4.Electrolytic Tinplate in Sheets for Tin Cans Making Specification

Standard

ISO 11949 -1995,         GB/T2520-2000,JIS G3303,ASTM A623, BS EN 10202

 

Material

MR,SPCC

Thickness

0.15mm - 0.50mm

Width

600mm -1150mm

Temper

T1-T5

Annealing

BA & CA

Coil Inner         Diameter

508mm

Weight

6-10         tons/coil 1~1.7 tons/sheets   bundle

Passivation

311

Oil

DOS 

Surface

Finish,bright,stone,matte,silver

 

5.FAQ of Electrolytic Tinplate in Sheets for Tin Cans Making

 

- How are the Electrolytic Tin Plates specified?

  The Electrolytic Tin Plates are specified as per the steel base, extent of tempering, the coating weight, annealing method and the surface finish.

- How many types there are for base steels?

The base steels are of three types: Type MR, L, D



Q: Can tinplate be reused?
Yes, tinplate can be reused. It is a durable material that can be recycled and repurposed for various applications after its initial use.
Q: How does tinplate contribute to the safety and integrity of packaged products?
Tinplate contributes to the safety and integrity of packaged products by providing a protective barrier against external factors such as moisture, light, and oxygen. This helps to prevent the deterioration and contamination of the packaged goods, ensuring their quality and extending their shelf life. Additionally, tinplate is a durable and sturdy material that offers excellent resistance to impact and mechanical damage, safeguarding the contents during transportation and handling.
Q: What's the difference between iron, aluminium, stainless steel, galvanized iron and tin?
Aluminum is a kind of material. It is not easy to be oxidized when it meets water. The price is moderateStainless steel is another kind of material. It is not easy to be oxidized when it meets water. The price is high
Q: What are the quality control measures for tinplate production?
Quality control measures for tinplate production typically involve a combination of inspections, tests, and process controls. These measures include visual inspections to check for defects like scratches, dents, or uneven coating, as well as dimensional checks to ensure the tinplate meets specified thickness and width requirements. Additionally, chemical composition analysis is often performed to verify the tinplate's composition and adherence to standards. Coating adhesion and corrosion resistance tests are also conducted to ensure the tinplate's durability. Overall, quality control measures aim to ensure that tinplate production meets the desired quality standards and customer requirements.
Q: Can tinplate be used for paint cans?
Yes, tinplate can be used for paint cans. Tinplate is a commonly used material for making paint cans due to its durability, corrosion resistance, and ability to preserve the quality of the paint inside.
Q: How does tinplate compare to glass in terms of packaging applications?
Tinplate and glass have distinct advantages and disadvantages for packaging applications. Tinplate offers superior durability, resistance to corrosion, and can be easily formed into various shapes and sizes, making it suitable for canned food, beverages, and aerosol packaging. On the other hand, glass provides an elegant appearance, is chemically inert, and preserves the taste and quality of its contents. However, glass is fragile, heavier, and more expensive to produce and transport than tinplate. Therefore, the choice between tinplate and glass for packaging applications depends on factors such as product compatibility, cost, and customer preferences.
Q: What are the advantages of using tinplate for aerosol cans?
Some advantages of using tinplate for aerosol cans include its durability, corrosion resistance, and ability to maintain product quality. Tinplate cans offer a longer shelf life for aerosol products as they prevent air and moisture from entering the can, ensuring the product remains fresh and effective. Additionally, tinplate cans are lightweight, making them convenient for transportation and storage. They are also recyclable, contributing to sustainability efforts.
Q: What are the main challenges in tinplate inventory management?
One of the main challenges in tinplate inventory management is the fluctuating demand for tinplate products, which requires accurate forecasting and planning to avoid overstocking or stockouts. Additionally, tinplate is prone to rusting, so proper storage and handling techniques are crucial to maintain product quality. Lastly, managing multiple tinplate sizes and specifications can be complex, requiring efficient tracking and organization systems to ensure the right products are available when needed.
Q: How is tinplate stored?
Tinplate is typically stored in a dry, well-ventilated area to prevent moisture and humidity from causing corrosion. It is advisable to stack the tinplate sheets or rolls on pallets or shelves, ensuring they are kept away from direct contact with the ground to avoid damage. Additionally, it is important to protect the tinplate from any potential sources of scratching or denting during storage.
Q: What are the different ways to stack tinplate cans?
There are several different ways to stack tinplate cans, depending on factors such as space availability and stability requirements. Some common methods include stacking them in a pyramid shape, where each subsequent layer is slightly smaller than the one below it. Another approach is to stack them in a column, where the cans are placed one on top of the other vertically. Additionally, cans can be stacked in a crisscross pattern, alternating the direction of each layer for added stability. Ultimately, the choice of stacking method depends on the specific needs and constraints of the situation.

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