To make glass bottles of reactive chemicals break-resistant, they can be treated with what?

To enhance the break-resistance of glass bottles containing reactive chemicals, they can be treated with a resin coating. Resin coatings provide a strong, durable layer that enhances the structural integrity of the glass. This process helps to absorb impact energy and prevent shattering, making the bottles safer for handling and storage, especially in environments where chemical reactions may occur.

Resin coatings are specifically designed to adhere to glass and provide a protective barrier that can withstand exposure to various elements, including moisture and certain chemicals. By using a resin, the bottles not only gain additional strength but also a degree of chemical resistance, which is crucial for maintaining safety in the handling of reactive substances.

In contrast to other methods, such as plastic coatings or metal shielding, resin coatings offer a balance of protection while maintaining the transparency and visual integrity of glass, which can be essential for identifying the contents. Thus, the use of resin coating is the most effective and suitable choice for increasing the break-resistance of glass bottles with reactive chemicals.