The type of tinplate used in the drawing process can influence different aspects of the process. The following are some possible influences:

1. Deformability: The deformation capacity of tinplate is an important factor in avoiding surface failures during the drawing process. A tinplate steel with a higher deformation capacity can be beneficial for successful part forming results.
2. Corrosion resistance: Tinplate coated with tin and other protective coatings is used to improve the corrosion resistance of metal containers. The choice of a tinplate type with a suitable coating can be crucial to ensure the durability and protection of the packaged product.
3. Forming behavior: Depending on the type of tinplate used, different challenges may arise during the drawing process. Some types of tinplate may be more prone to wrinkling, cracking or varnish adhesion problems. It is important to select a type of tinplate that is well suited to the specific needs of the drawing process.

It is important to keep in mind that the information provided is general and based on prior knowledge. To obtain more precise and detailed information on how the type of tinplate influences a specific drawing process, it is recommended to perform tests and analyses in the production environment.

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