• Prime Good Quality ETP Tinplate for Tin Container Cans Containers System 1
  • Prime Good Quality ETP Tinplate for Tin Container Cans Containers System 2
  • Prime Good Quality ETP Tinplate for Tin Container Cans Containers System 3
Prime Good Quality ETP Tinplate for Tin Container Cans Containers

Prime Good Quality ETP Tinplate for Tin Container Cans Containers

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China Main Port
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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.


Tinplate is a thin steel sheet coated by tin. It has an extremely beautiful metallic luster as well as excellent properties in corrosion resistance, solder ability, and weld ability.


Both Prime and Second Quality Are Available!!!







Q: What are the main applications of tinplate in the furniture industry?
Tinplate is primarily used in the furniture industry for the production of decorative metal trims and accents. It is commonly used for creating ornamental elements on furniture pieces such as drawer handles, cabinet knobs, and decorative trimmings. Tinplate's corrosion resistance and malleability make it a suitable material for adding intricate and elegant details to furniture designs while also providing durability and protection against wear and tear.
Q: Are there any health concerns associated with tinplate packaging?
Yes, there are potential health concerns associated with tinplate packaging. Tinplate packaging can contain traces of heavy metals, such as lead or cadmium, which can leach into the packaged food or beverage, posing a health risk if consumed. Additionally, tinplate packaging may also contain a thin layer of plastic coating that can potentially release harmful chemicals into the food or drink. It is important to ensure that tinplate packaging is properly regulated and that food and beverage manufacturers comply with safety standards to minimize these health risks.
Q: What are the different types of tinplate containers available?
There are several types of tinplate containers available, including cans, tins, drums, and pails. These containers can vary in size, shape, and design to suit different purposes and industries.
Q: How does tinplate packaging contribute to product protection against pests?
Tinplate packaging contributes to product protection against pests by creating a barrier that prevents pests from accessing the product. The sturdy and tightly sealed nature of tinplate packaging makes it difficult for pests like insects or rodents to chew through or penetrate the packaging. This helps to maintain the integrity and quality of the product by keeping pests away, ensuring that it remains safe and unaffected by any potential infestation.
Q: What are the main challenges in tinplate welding and soldering?
The main challenges in tinplate welding and soldering include the need for precise temperature control, the formation of oxide layers on the tinplate surface, and the potential for distortion or warping of the material during the welding or soldering process. Additionally, achieving consistent and strong bonds between tinplate components can be difficult due to the presence of oils, coatings, or contaminants on the surface.
Q: How does tinplate packaging contribute to product durability?
Tinplate packaging contributes to product durability by providing a strong and protective barrier against moisture, air, and external elements. The tin coating on the steel substrate helps prevent rusting and corrosion, ensuring the product remains intact and free from damage. Additionally, the sturdy nature of tinplate packaging offers resistance against impact, enhancing the overall durability of the product during transportation and storage.
Q: What are the main challenges in tinplate coating thickness control?
The main challenges in tinplate coating thickness control include achieving uniform coating thickness across the entire surface, ensuring consistent adhesion of the coating, minimizing defects such as pinholes or streaks, and dealing with variations in the tinplate surface and composition. Additionally, maintaining precise control over the coating process parameters, such as temperature and speed, is crucial to achieving accurate and desired coating thickness.
Q: How does tinplate contribute to the preservation of historical artifacts?
Tinplate contributes to the preservation of historical artifacts by providing a protective coating that helps prevent corrosion and deterioration. The thin layer of tin on the surface of tinplate acts as a barrier, shielding the artifacts from exposure to air, moisture, and other harmful elements that can accelerate the degradation process. This preservation technique helps extend the lifespan of historical artifacts, ensuring they can be enjoyed and studied by future generations.
Q: How is tinplate cleaned and maintained?
Tinplate is commonly cleaned and maintained by first wiping it with a soft cloth or sponge soaked in warm soapy water. Any stubborn stains can be gently scrubbed with a non-abrasive cleaner or baking soda paste. After cleaning, it is important to thoroughly dry the tinplate to prevent rusting. To maintain its shine, applying a thin coat of food-grade oil or wax can help protect the tinplate from moisture and oxidation.
Q: What are the common challenges in processing tinplate?
Some common challenges in processing tinplate include achieving uniform tin coating thickness, preventing scratches or abrasions during handling and transportation, maintaining dimensional stability during cutting and shaping processes, ensuring proper adhesion between the tin coating and the base metal, and minimizing the formation of defects such as dents or wrinkles. Additionally, maintaining cleanliness and avoiding contamination during processing are also significant challenges.

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