Tinplate Sheets for Chemical Cans Use with 0.18mm Thickness
- Ref Price:
- Loading Port:
- Shanghai
- Payment Terms:
- TT or LC
- Min Order Qty:
- 25 m.t.
- Supply Capability:
- 1000 m.t./month
- OKorder Service Pledge
- Quality Product
- Order Online Tracking
- Timely Delivery
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1.Structure of Tinplate Sheets for Chemical Cans Use with 0.18mm thickness Description
Tinplate Sheets for Food Cans Use with 0.18mm thickness is one of the metal packing materials, which is widely used for making painting cans ,chemical package cans , electrical cable ,battery and metal printing etc.
2. Main Features of the Tinplate Sheets for Chemical Cans Use with 0.18mm thickness
Steady and high quality
Fast shipment
Good experience for export work
For the surface, Plate uniform in thickness,uniform and smooth tin coating, without flaws,rusts,scratch,wave,nick of tin coating etc.
Thin Thickness
3.Tinplate Sheets for Chemical Cans Use with 0.18mm thickness Images
4. Tinplate Sheets for Chemical Cans Use with 0.18mm thicknessSpecification
Standard : GB2520-2000 ,JIS G3303
Steel type : SPCC
Coating : 2.8/2.8
Surface: Bright, Stone ,
Thickness:0.18
Width :600MM~1000MM
Temper : T1~T5
Package: tinplate wrapped completely with an inner cover of plastic or waterproof papers with vorners protected with metal angels.
5.FAQ of Tinplate Sheets for Chemical Cans Use with 0.18mm thickness
A. What is the package of tinplate? (Referred as below)
For sheets, thin plastic film + rust-proof paper + metallic cover + metallic angles+ steel band strips + fumigated wooden pallet.
For coil, thin plastic film + rust proof paper + metallic cover + steel band strips + fumigated wooden pallet
B. The surface of tinplate could you supply?
Stone finish, Bright finish, Matte finish, Silver finish
C. What is the tin coating you can produce?
We can produce E2.8/2.8,D2.8/5.6 and E5.6/5.6 etc.
- Q:
- Tinplate contributes to the safety of automotive components in several ways. Firstly, tinplate is highly resistant to corrosion, which helps protect automotive components from rust and deterioration. This ensures that critical parts, such as brake lines or fuel tanks, remain in good condition, reducing the risk of failure and potential accidents. Additionally, tinplate's strength and durability make it suitable for impact-sensitive components, like car body panels or engine parts, providing an extra layer of protection in case of collisions. Lastly, tinplate's ability to withstand high temperatures and its fire resistance properties make it an ideal material for automotive components that may be exposed to extreme heat or fire hazards, further enhancing safety in the event of accidents or emergencies.
- Q:
- Yes, tinplate can be used for automotive components. Tinplate offers good corrosion resistance and durability, making it suitable for various automotive applications such as fuel tanks, exhaust systems, and body parts. Additionally, tinplate's malleability allows for complex shapes and designs to be formed, further enhancing its usability in the automotive industry.
- Q:
- Yes, tinplate can be used for beverage cans. Tinplate refers to steel coated with a thin layer of tin, which provides excellent corrosion resistance and makes it suitable for packaging food and beverages. Tinplate is commonly used in the production of beverage cans due to its durability, versatility, and ability to preserve the taste and quality of the contents.
- Q:
- The regulations regarding the use of tinplate in food packaging vary depending on the country and region. However, in general, tinplate used in food packaging must meet certain safety standards to ensure that it does not contaminate or pose any health risks to consumers. These standards often involve regulations on the composition of the tinplate, such as restrictions on hazardous substances like heavy metals, as well as requirements for coatings or linings to prevent direct contact between the food and the metal. Additionally, labeling requirements may exist to inform consumers about the presence of tinplate in the packaging. It is important for manufacturers and suppliers to comply with these regulations to ensure the safety and quality of food packaging.
- Q:
- Tinplate is typically coated for cosmetic packaging through a process called electrolytic tin plating. This involves immersing the tinplate in a bath containing a tin salt solution and passing an electric current through it. As a result, a layer of tin is deposited onto the surface of the tinplate, providing a protective coating that prevents corrosion and enhances the overall aesthetics of the packaging.
- Q:
- The main difference between tinplate and tinplate laminates in terms of shelf life is that tinplate laminates offer better protection against external factors such as moisture and oxygen. The lamination process involves bonding a layer of plastic or other materials to the tinplate, providing an additional barrier against corrosion and contamination. This enhanced protection helps to extend the shelf life of products packaged in tinplate laminates compared to those in regular tinplate.
- Q:
- Tinplate demonstrates good resistance to chemical agents due to its protective tin coating, which acts as a barrier against corrosion and interaction with various substances.
- Q:
- Tinplate is typically coated with tin through a process called electroplating, where a thin layer of tin is deposited onto the surface of the tinplate using an electric current. This electroplating process helps to protect the iron or steel base of the tinplate from corrosion and also provides a smooth, shiny finish.
- Q:
- Yes, tinplate can be used for packaging heavy products. Tinplate is a strong and durable material that can withstand the weight of heavy items, making it suitable for packaging purposes. Its resistance to corrosion and ability to protect the contents from external factors further enhance its usefulness for packaging heavy products.
- Q:
- Yes, tinplate can be used for packaging industrial products. Tinplate is a type of steel coated with a thin layer of tin, which makes it highly resistant to corrosion and provides a protective barrier for the packaged products. It is commonly used for packaging industrial products such as chemicals, paints, oils, and other materials that require a durable and secure packaging solution.
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