• Electrolytic Tinplate Sheets for Useage of Paint Package System 1
  • Electrolytic Tinplate Sheets for Useage of Paint Package System 2
  • Electrolytic Tinplate Sheets for Useage of Paint Package System 3
Electrolytic Tinplate Sheets for Useage of Paint Package

Electrolytic Tinplate Sheets for Useage of Paint Package

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
50 m.t.
Supply Capability:
30000 m.t./month

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Specification

Standard:
ASTM,JIS,GB
Technique:
Cold Rolled
Shape:
Rectangular
Surface Treatment:
Coated
Steel Grade:
SPCC
Thickness:
0.19
Length:
650
Net Weight:
1200KGS

1.Structure of Electrolytic Tinplate Sheets for Useage of Paint Package Description


Electrolytic Tinplate undoubtedly enjoys the pride of place as a packaging medium especially for food. It owes its unique position to its "nine layer sandwich structure", each of which contributes to its eminence as a packing material. The steel base of electrolytic tinplate provides the necessary strength and

formability for can fabrication. The tin-iron alloy layer provides the bond between the steel and free tin layer. The free tin layer is not only responsible for the attractive bright finish and ease of solderability but is also non-toxic- a factor of vital importance in food packaging!


2.Main Features of the Electrolytic Tinplate Sheets for Useage of Paint Package


Appearance – Tinplate 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 – Tinplates have excellent paintability and printability. Printing is beautifully finished using various lacquers and inks.


Formability and strength – Tinplates 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 – Tinplates 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 Sheets for Useage of Paint Package Images


Electrolytic Tinplate Sheets for Useage of Paint Package

Electrolytic Tinplate Sheets for Useage of Paint Package



4.Electrolytic Tinplate Sheets for Useage of Paint Package Specification


Specification of :

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 Sheets for Useage of Paint Package


- What is tinning and how does it work?

  Tinning is the process of thinly coating sheets of wrought iron or steel with tin, and the resulting product is known as tinplate. It is most often used to prevent rust.


- Do you only have prime quality tinplate?

  We can supply both prime and second quality tinplate.

Q: How is tinplate used in the manufacturing of electronic devices?
Tinplate is commonly used in the manufacturing of electronic devices for its corrosion resistance and excellent conductivity. It is often utilized as a coating material for printed circuit boards (PCBs) to protect them from oxidation and enhance their durability. Additionally, tinplate is utilized in the production of connectors, switches, and other electrical components due to its ability to facilitate smooth electrical flow and ensure reliable performance.
Q: What are the common packaging formats for tinplate?
The common packaging formats for tinplate include cans, containers, tins, and boxes.
Q: Is tinplate resistant to scratches and dents?
Yes, tinplate is generally resistant to scratches and dents due to its durability and protective coatings.
Q: What is the process for printing on tinplate?
The process for printing on tinplate typically involves several steps. First, the tinplate sheets are cleaned and coated with a layer of primer to ensure proper adhesion of the ink. Then, the desired design or artwork is printed onto the tinplate using specialized printing techniques such as lithography or offset printing. After the printing is complete, the tinplate is usually coated with a protective varnish or lacquer to enhance its durability and resistance to corrosion. The printed tinplate sheets can then be further processed into various products, such as tin cans or decorative tin containers.
Q: How does tinplate packaging contribute to product protection during shipping?
Tinplate packaging contributes to product protection during shipping by providing a durable and sturdy material that acts as a barrier against external elements. It offers resistance to impacts, ensuring that the product inside remains safe and intact. Additionally, tinplate packaging has excellent corrosion resistance, preventing damage caused by moisture or humidity during transportation. This protective feature helps in preserving the quality and extending the shelf life of the product, reducing the risk of damage or spoilage.
Q: How does tinplate contribute to sustainable packaging?
Tinplate contributes to sustainable packaging by offering several environmental benefits. Firstly, tinplate is highly recyclable, meaning it can be reused indefinitely without losing its quality. This helps reduce the demand for new raw materials and minimizes waste. Additionally, tinplate is lightweight yet strong, allowing for efficient transportation and reduced carbon emissions. Furthermore, tinplate offers excellent product protection, extending the shelf life of goods and reducing food waste. Overall, the recyclability, durability, and protective properties of tinplate make it a sustainable choice for packaging solutions.
Q: What are the common safety features for tinplate packaging?
Some common safety features for tinplate packaging include tamper-evident seals, child-resistant closures, and durable construction to prevent breakage or leakage. Additionally, many tinplate packaging products are also made with food-grade materials to ensure the safety of the contents.
Q: What are the transportation considerations for tinplate?
Some transportation considerations for tinplate include ensuring proper packaging and securing of the product to prevent damage during transit, choosing appropriate modes of transportation based on distance and cost efficiency, and complying with any regulations or restrictions related to the transportation of tinplate. Additionally, considering environmental factors and opting for sustainable transportation options can also be a consideration for tinplate transportation.
Q: How does tinplate perform in terms of electrical conductivity?
Tinplate has relatively poor electrical conductivity compared to other metals like copper or aluminum. Its electrical conductivity is lower, but it still exhibits some level of conductivity that makes it suitable for certain applications.
Q: How does tinplate affect the sound quality of musical instruments?
Tinplate does not directly affect the sound quality of musical instruments. The sound quality primarily depends on the construction, materials, and design of the instrument itself, such as the type of wood used, the shape, and the craftsmanship. Tinplate may be used for aesthetic purposes or as a protective coating, but it does not significantly impact the sound produced by the instrument.

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