• Prime Good Quality Tinplate and TFS for Metal Container System 1
  • Prime Good Quality Tinplate and TFS for Metal Container System 2
  • Prime Good Quality Tinplate and TFS for Metal Container System 3
Prime Good Quality Tinplate and TFS for Metal Container

Prime Good Quality Tinplate and TFS for Metal Container

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
50 m.t.
Supply Capability:
25000 m.t./month

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Specification

Standard:
JIS
Technique:
Cold Rolled
Shape:
Rectangular
Surface Treatment:
Coated
Steel Grade:
SPCC
Thickness:
0.23
Length:
1000
Net Weight:
1250KGS

1.Structure of Prime Good Quality Tinplate and TFS for Metal Container Description


Electrolytic Tinplate,  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 Prime Good Quality Tinplate and TFS for Metal Container


Chromium coated

Corrosion Resistant

Easier to recycle.

Sulphur Blackening Resistance: TFS has sulphur resistance properties, which can be used for canning protein- rich food such as fish.

Filiform Rust Resistance: Filiform is superficial corrosion of the base metal. TFS has a superior base metal which makes it corrosion resistance.

Coating: The coating in TFS is not amphoteric (having the characteristic of an acid and a base, is a compound that can react as either an acid or a base). This means that detergents and dispersion colors can be packed easily.

Paint Adhesion : TFS possesses better paint adhesion properties, thus making it ideal for DRD cans and adhesive bonded cans.

Weldability: TFS can be welded when metallic coating layers are removed by edge grinding.

TFS should be Lacquered / Coated to prevent rust in humid condition.

Internal Coating / Lacquering can be avoided in the case of TFS used to store motor oil or cooking oil.


3.Prime Good Quality Tinplate and TFS for Metal Container Images


Prime Good Quality Tinplate and TFS for Metal Container

Prime Good Quality Tinplate and TFS for Metal Container

Prime Good Quality Tinplate and TFS for Metal Container



4.Prime Good Quality Tinplate and TFS for Metal Container 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 Prime Good Quality Tinplate and TFS for Metal Container


- 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:What are the main factors affecting tinplate coil storage?
The main factors affecting tinplate coil storage include temperature, humidity, ventilation, stacking method, and protection against dust and contaminants.
Q:Can tinplate be used for packaging of frozen foods?
Yes, tinplate can be used for packaging of frozen foods.
Q:How does tinplate perform in terms of tamper resistance?
Tinplate performs well in terms of tamper resistance. Its strong and durable nature makes it difficult for unauthorized individuals to tamper with the contents of tinplate packaging.
Q:What are the different methods of joining tinplate components together?
There are several methods for joining tinplate components together. Some common techniques include soldering, spot welding, adhesive bonding, and mechanical fastening. Each method has its advantages and is chosen based on factors such as the complexity of the assembly, desired strength and durability, and cost considerations.
Q:How is tinplate coated?
Tinplate is coated through a process called electrolytic tinning, where a thin layer of tin is deposited onto the surface of a steel sheet. This is achieved by immersing the sheet in an electrolyte solution and passing an electric current through it, causing tin ions to migrate and deposit onto the steel surface. This coating provides tinplate with corrosion resistance and enhances its appearance.
Q:How is the thickness of tinplate measured?
The thickness of tinplate is typically measured using a micrometer or thickness gauge, which accurately determines the thickness of the tin coating on the steel substrate.
Q:How does tinplate contribute to the preservation of aerosol products?
Tinplate contributes to the preservation of aerosol products by providing a durable and protective container that helps prevent the penetration of moisture, air, and light which can degrade the quality and effectiveness of the product. Additionally, tinplate containers are resistant to corrosion, ensuring the longevity and integrity of aerosol products.
Q:How does tinplate affect the sound quality of musical instruments?
Tinplate can have a significant impact on the sound quality of musical instruments. Due to its unique properties, such as being lightweight and having good resonance, tinplate is often used to construct various components of musical instruments, particularly in brass instruments like trumpets and trombones. The use of tinplate can enhance the instrument's tonal characteristics, producing a brighter and more vibrant sound. Additionally, tinplate's smooth surface can contribute to improved airflow and response, allowing musicians to achieve better control and projection. Overall, tinplate plays a crucial role in shaping the sound quality and performance of musical instruments.
Q:Can tinplate be soldered?
Yes, tinplate can be soldered.
Q:What are the different printing techniques used on tinplate?
There are several different printing techniques used on tinplate, including lithography, screen printing, and offset printing. Lithography involves creating an image on a flat surface, such as a metal plate, and then transferring that image onto the tinplate. Screen printing involves using a mesh screen to apply ink onto the tinplate in a desired pattern or design. Offset printing involves transferring an image from a plate onto a rubber blanket, and then onto the tinplate. Each technique has its own advantages and is chosen based on factors such as cost, complexity of the design, and desired quality of the print.

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