What are the advantages of Silk Screen Printed Glass after high-temperature heat tempering?

High-temperature heat tempering makes the ink on the surface of Silk Screen Printed Glass and the glass more tightly bonded. Under the action of high temperature, the ink components undergo physical and chemical changes with the glass surface, forming a stable bonding state. After strict inspection methods such as the Baige test, the ink will not easily fall off or fade even if it is scratched with sharp objects. This feature greatly guarantees the durability and beauty of the printed pattern during long-term use, allowing Silk Screen Printed Glass to maintain its unique decorative effect in various environments.

During the high-temperature heat tempering process, a uniform compressive stress layer will be formed on the surface of the glass, while tensile stress will be formed inside. This stress distribution state significantly improves the impact resistance and bending strength of the glass. Generally speaking, the strength of tempered glass can reach more than 4 times that of ordinary glass. Silk Screen Printed Glass that has been tempered can withstand greater external force impacts, and can still maintain structural integrity when it is hit, squeezed, etc., reducing the risk of glass breakage.

Tempered glass has a unique form of expression when it is broken. When it is broken by excessive external force, it forms uniform small particles without sharp corners. This feature greatly reduces the risk of injury to the human body when the glass is broken. This advantage of screen-printed tempered glass is particularly important in places where safety protection is required, such as high-end furniture and advertising counters. It not only provides a beautiful decorative effect, but also protects the safety of users to the greatest extent in the event of an accident.

High-temperature heat tempering treatment significantly enhances the thermal stability of the glass. The treated glass can withstand greater temperature differences without breaking, which is crucial for some application scenarios in environments with large temperature changes. At the same time, tempering treatment also makes the glass surface harder and improves its acid and moisture resistance. This means that screen-printed tempered glass can better resist the erosion of the external environment during long-term use, prolong the service life of the product, and reduce damage and replacement costs caused by environmental factors.