• Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness System 1
  • Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness System 2
Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness

Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness

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

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1.Structure of Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness Description


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.


2.Main Features of the Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness


The origin of tinplate is from Bohemian, from 14th century, the people there began to produce tinplate. Also known as electrolytic tinplate, which stand for tin coating on the surface of cold rolled coil for preventing rust. The unique characteristics of tinplate steel decides its comprehensive range of application in international tinplate packaging industry. With the abundance extend of CC and DR steel material, and tin free steel, which enhance the development of technology of packaging industrialization, the innovation is ubiquitous in tinplate steel.


The feature of anti-oxidation, various kinds and beauty in printing enable tinplate enjoys widely usage in food can package, pharmaceutical package, daily application packing, apparatus package and industrial pack.


From the first food can to be produced in the year of 1810 in British, the development trend of tinplate has become thinner thickness and less tin coating to adjust the change of can industry and save cost.


3.Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness Images


Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness

Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness

Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness


4.Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness Specification


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

Material: MR

Thickness:0.19mm

Width: 600mm

Temper: T3

Annealing: BA 

Coil Inner Diameter: 508mm

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

Passivation:311

Oil: DOS 

Surface: Finish


5.FAQ of Electrolytic Tinplate of Prime Quality for Food Cans Use 0.19mm Thickness


- How are the tinplates specified?

  The tinplates 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:How does tinplate resist corrosion?
Tinplate resists corrosion due to the protective barrier created by the tin coating on the surface. This tin layer acts as a barrier, preventing direct contact between the base metal and the corrosive elements in the environment, thus preserving the underlying material from degradation.
Q:Can tinplate packaging be used for frozen or refrigerated goods?
Yes, tinplate packaging can be used for frozen or refrigerated goods. Tinplate is a durable material that provides excellent protection against moisture and temperature changes, making it suitable for storing and transporting perishable items. It helps to maintain the freshness and quality of frozen or refrigerated goods, making it a popular choice in the food industry.
Q:What are the factors that affect the cost of tinplate?
The factors that affect the cost of tinplate include the price of raw materials, such as tin and steel, fluctuations in demand and supply, manufacturing and processing costs, transportation and logistics expenses, currency exchange rates, trade policies and tariffs, and market competition.
Q:Can tinplate be used for electrical applications?
Yes, tinplate can be used for electrical applications. Tinplate is a thin steel sheet coated with a layer of tin, which provides corrosion resistance and electrical conductivity. This makes it suitable for manufacturing electrical components and devices such as cans, containers, and small appliances.
Q:What is the cost of tinplate?
The cost of tinplate varies depending on factors such as the current market conditions, quality of the tinplate, and the quantity being purchased. It is recommended to check with suppliers or conduct market research for the most accurate and up-to-date pricing information.
Q:Can tinplate be used for coinage?
No, tinplate cannot be used for coinage as it is not a durable or suitable material for minting coins.
Q:What are the different ways to stack tinplate cans?
There are several different ways to stack tinplate cans, including vertically, horizontally, in a pyramid formation, or in a grid pattern. The choice of stacking method may depend on factors such as available space, stability required, or ease of access.
Q:Can tinplate be used for non-packaging applications?
Yes, tinplate can be used for non-packaging applications. Tinplate's corrosion resistance, durability, and versatility make it suitable for various non-packaging uses such as construction materials, automotive parts, electrical equipment, and decorative items.
Q:Can tinplate be used for industrial or automotive applications?
Yes, tinplate can be used for industrial or automotive applications. Tinplate is a type of steel coated with a thin layer of tin, which provides excellent corrosion resistance and durability. This makes it suitable for various industrial and automotive purposes, such as manufacturing cans, containers, packaging, electrical components, and automotive parts. Its versatility and protective properties make tinplate a preferred choice in these industries.
Q:What are the main challenges in tinplate coating thickness control?
One of the main challenges in tinplate coating thickness control is achieving uniformity across the entire surface of the tinplate. The coating thickness must be consistent and within the desired range to ensure proper protection and functionality of the tinplate. Additionally, controlling the coating thickness requires precise measurement and monitoring techniques as well as the ability to adjust the coating process parameters in real-time to account for any variations or deviations. Another challenge is ensuring the adhesion of the coating to the tinplate surface, as poor adhesion can lead to coating defects and reduced performance. Lastly, controlling the coating thickness while maintaining cost-effectiveness can be a challenge, as it requires optimizing the coating process to minimize material waste and reduce production costs.

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