• Prime Good Quality ETP Tinplate for Cookie Cans System 1
  • Prime Good Quality ETP Tinplate for Cookie Cans System 2
  • Prime Good Quality ETP Tinplate for Cookie Cans System 3
Prime Good Quality ETP Tinplate for Cookie Cans

Prime Good Quality ETP Tinplate for Cookie Cans

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We have been producing tinplate material professionally and providing related service for decades years. Now we have been exporting our material to the world. Please kindly contact us to meet your needs for ETP materail.


Below is the specification we currently do:

1. Standard: GB/T 2520-2000, JIS G3303-2002 and DIN EN 10203-1991

2. Raw material: MR, SPCC
3.Thickness: 0.18 to 0.50mm
4. Width: 260 to 980mm
5. Coil diameter: ID 420mm or 508mm
6. Temper grade: T2, T3 and T4
7. Tin coating: ordinary 2.8 or 2.8g and 5.6g or 5.6g, can produce according to customer's requests
8. Applications: paint, chemical and other usage can make battery, electric cable and other industries
9. Package: anti-rust paper, corner protected. Sheets or coils according customer's request.


Both Prime and Second Quality Are Available!!!



Standard for Temper:

code

Chinese Stardard

Japaness Standard

American Standard

European Standard

International Standard

GB/T 2520-2000

JIS G3303-2002

ASTM A623M-2002

DIN EN 10203-1991

ISO 11949-1995

T-2

TH52+SE

T-2

T-2(53)

T52

TH52+SE

T-2.5

TH55+SE

T-2.5

TH55+SE

T-3

TH57+SE

T-3

T-3(T57)

T57

TH57+SE

T-3.5

T-4

TH61+SE

T-4

T-4(T61)

T61

TH61+SE


Surface of tinplate:

Marks

Surface state

Characteristics

B

Bright rough

Glazed surface obtained after melting treatment of electrotinned smooth raw material strip featuring certain oriented rubstone figure.

R

Stone rough

Glazed surface obtained after melting treatment of electrotinned raw material strip featuring certain oriented rubstone figure.

S

Silver rough

Glazed surface obtained after melting treatment of electrotinned raw material strip with rough matt surface.


Q:How does tinplate compare to aluminum packaging?
Tinplate and aluminum packaging have their own unique advantages and characteristics. Tinplate offers excellent resistance to corrosion, making it ideal for preserving food and beverages. It is also known for its durability and ability to withstand high temperatures. On the other hand, aluminum packaging is lightweight, malleable, and provides a strong barrier against light, oxygen, and moisture. It is widely used in the beverage industry due to its recyclability and sustainability. Ultimately, the choice between tinplate and aluminum packaging depends on specific requirements such as product compatibility, cost, environmental impact, and desired aesthetics.
Q:How does tinplate affect the overall barrier properties of packaging?
Tinplate enhances the overall barrier properties of packaging by providing a protective layer that prevents oxygen, moisture, and light from permeating through the packaging material. This helps in preserving the quality, freshness, and shelf-life of the packaged products. Tinplate also adds strength and durability to the packaging, ensuring that it can withstand external pressures and maintain its integrity during transportation and storage.
Q:What are the main factors influencing the supply of tinplate?
The main factors influencing the supply of tinplate are the availability and cost of raw materials such as tin, steel, and other alloys, the production capacity and efficiency of tinplate manufacturers, government regulations and policies, fluctuations in demand from industries such as packaging, automotive, and electronics, and global economic conditions and trade dynamics.
Q:How does tinplate handle exposure to pressure and impact?
Tinplate is known for its excellent ability to handle exposure to pressure and impact. Its durable and sturdy nature allows it to withstand external forces without deformation or breakage. This makes tinplate suitable for various applications where it needs to withstand pressure or impacts, such as packaging, cans, and industrial components.
Q:Can tinplate packaging be used for cosmetic products?
Yes, tinplate packaging can be used for cosmetic products. Tinplate is a durable and versatile material that provides excellent protection for cosmetic products against external factors such as moisture, light, and air. It also offers a visually appealing and premium look for cosmetic packaging. Additionally, tinplate is recyclable, making it an environmentally-friendly choice for cosmetic brands.
Q:How does tinplate contribute to the conductivity of electrical components?
Tinplate contributes to the conductivity of electrical components by acting as a protective coating, preventing corrosion and oxidation of the underlying metal. This ensures a consistent flow of electrical current and enhances the overall conductivity of the component.
Q:What industries commonly use tinplate?
The industries that commonly use tinplate include the food and beverage industry, packaging industry, automotive industry, and electronics industry.
Q:Can tinplate be used for packaging industrial chemicals?
Yes, tinplate can be used for packaging industrial chemicals. Tinplate is a type of steel coated with a thin layer of tin, providing it with excellent corrosion resistance and durability. These properties make tinplate suitable for packaging industrial chemicals that may be corrosive or reactive. Additionally, tinplate is also impermeable to light, moisture, and oxygen, providing further protection to the chemicals.
Q:Can tinplate be used for consumer electronics packaging?
Yes, tinplate can be used for consumer electronics packaging. Tinplate is a type of steel coated with a thin layer of tin, which provides durability, corrosion resistance, and a visually appealing finish. It is commonly used for packaging various consumer goods, including electronics, due to its ability to protect the products from damage and moisture. Additionally, tinplate can be easily shaped into different forms and sizes, making it suitable for packaging various electronic devices.
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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