In the current field of architecture and industry, ordinary physical tempered glass has become the most widely used synonym for "safety glass" because of its relatively fast processing speed and low cost. However, its inherent risk of self-explosion, optical distortion (refraction) and insufficient safety factor under actual extreme impact are always unavoidable pain points in the industry, which directly affect the safety experience and application confidence of end users. In view of this situation, Ming dun Company put forward the core concept of "anti-impact and anti-penetration" in a forward-looking way, abandoned the traditional path, and instead deepened the chemical strengthening technology, successfully developed and mass-produced a new generation of ion tempered glass. The revolutionary nature of this technology lies in the essential difference of its strengthening principle: it does not rely on rapid cooling to produce surface stress, but realizes strengthening through precise ion replacement reaction in a specific high-temperature molten salt environment. Specifically, sodium ions with smaller radius in the surface layer of glass exchange with potassium ions with larger radius in molten salt solution. When larger potassium ions are "embedded" in the glass surface structure, due to the volume difference, a layer of "embedded extrusion stress" with considerable depth and uniform distribution will be formed on the glass surface. This layer of compressive stress formed from the inside out is like putting an invisible "high-strength armor" on glass. When the glass is impacted by external force, the external force must first overcome this dense compressive stress, so as to damage the glass body, thus greatly improving the bearing capacity and impact strength of the glass. The appearance of Ming dun ion tempered glass is not only a powerful response to the defects of physical tempered glass, but also sets a brand-new performance benchmark for safety glass from the principle of material science, which indicates that the safety glass industry will enter a new era of "high performance and reliability" from the stage of "low cost popularization".
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