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Tinplate cans offer excellent sealing properties. Sealed with a roll-to-seal method, they prevent air from easily entering. Their seal not only blocks air but also effectively prevents moisture from entering, making them particularly suitable for coffee products that require dry storage.

The recycling process for tinplate cans is relatively simple, and the recycling rate is very high. Recycled tinplate cans are first cleaned and treated to remove impurities. The metal is then melted to extract the iron and tin. These extracted metals can be reused in the manufacture of new metal products.

Condiments such as soy sauce, vinegar, and chili sauce typically contain high levels of water and acid. These properties make them susceptible to moisture and oxidation during storage. Tinplate cans, with their tin plating and inner coating, effectively isolate air and moisture, preventing condiments from deteriorating due to moisture.

In certain industries, such as food and cosmetics, where demanding product packaging is required, tinplate cans may be more expensive than other packaging materials. However, their value lies in their superior pr

Not all tinplate meets food-grade standards. In fact, tinplate can be categorized as food-grade or industrial-grade depending on its intended use. Food-grade tinplate must meet specific food contact safety standards, while industrial-grade tinplate is primarily used for non-food packaging, such as paint cans, lubricant cans, and cosmetics packaging.

Offset printing is currently one of the most commonly used processes for tinplate printing. It primarily uses a rubber blanket to transfer the design onto the tinplate surface. Offset printing not only achieves high-resolution printing but also produces rich color gradations.

Food safety is a crucial consideration in the packaging industry. Tinplate cans have proven themselves to be extremely safe as food packaging materials over many years.

When tinplate sheet is heated above 231.9°C, the tin layer begins to melt, while the iron material inside remains solid. Therefore, the melting process of tinplate sheet occurs in stages. First, the tin layer melts, and then, at 1538°C, the iron substrate begins to melt.

Rust-prone metal packaging cans: 1. Ordinary iron cans 2. Carbon steel cans Rust-resistant metal packaging cans: 1. Aluminum cans 2. Stainless steel cans 3. High-quality tinplate cans

As a steel-based material, tinplate sheet possesses the inherent strength and durability of steel. Compared to other packaging materials such as plastic and paper, tinplate sheet effectively protects canned foods from external physical impact or compression.