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The fire- fighting exercises were scheduled to be held at 08:00 in the morning on December 24, 2020. The company's office staff and some tinplate printing and tinplate coating staff in the workshop actively participated and achieved good results.

tin plate printing materials mainly include tin plated steel (tinplate), Tin free sheet steel, galvanized sheet steel, aluminum plate, aluminum stamping container, etc. Because metal printing has the characteristics of bright colors, rich layers, and good visual effects, it is widely used in various processing processes such as containers, covers, building materials, home appliances, furniture, nameplates, and various daily necessities.

Tin box packaging is used in many packaging industries today, and in the subconscious of customers, custom printed tins packaging will be relatively high-end, metal plates for printing is an excellent packaging for gifts, so why do you need to choose custom printed tins ?

Many customers hesitate to use steel beverage cans or aluminium beverage cans when choosing metal packaging. To make the most accurate choice, you need to understand the respective advantages and performances of steel beverage cans and aluminum cans, and make the most suitable choice for your product positioning.

With the rapid development of the national economy, the progress of science and technology, and the improvement of people's living standards, the demand for metal products has continued to expand. At the same time, printing methods also tend to diversify and product quality continues to improve. Therefore, the uses of printing on tin cans are infinitely broad.

Compared with other packaging materials, metal portrait printing food cans have their significant advantages:

Compared with other packaging materials, printed metal plates food cans have their significant advantages:

Printing is the first and most important step in making tinplate cans, which directly affects the appearance of the tin can. So what are the factors that affect tinplate printing?

In the production of printing iron, the drying of ink is a complicated physical and chemical reaction process. There are many factors that affect drying. Therefore, to control the drying speed of ink and ensure product quality, it is necessary to grasp the physical and chemical mechanism of ink drying, that is, the factors that affect the drying speed, in order to effectively perform high-speed metal printing operations.