Solutions for Glass Tempering and Processing Challenges

The particle size of tempered glass is related to stress. The smaller the particle size, the stronger the tempered glass will be, which means the higher the hardness. However, at the same time, the higher the stress intensity, the higher the probability of self explosion. Therefore, it is generally

Rainbow spots on tempered glass generally refer to the appearance of rainbow like patterns on the glass, which are usually colored and show a circle of color changes spreading from the center to the edge. When the angle of sunlight refraction changes, it creates a bright visual field, also known as

The particle size of tempered glass is related to stress, and the smaller the particle size, the greater the strength after tempering, which means the higher the hardness. But at the same time, the higher the stress intensity, the higher the probability of self explosion. Therefore, it is generally

At present, various types of glass, automotive glass, home glass, and architectural glass can be seen everywhere in our lives. No matter where they are used, the most common one we see is tempered glass of flat glass, which is also known as flat steel glass. It is well known that glass tempering fur

Mechanical equipment can produce noise to some extent during the production process, and glass tempering furnaces are no exception. During the production process, tempering furnaces inevitably emit some noise. However, the sound source characteristics of tempering furnaces are complex and cannot be

Glass weathering, also known as glass mold, many people think that as an inorganic material, how can glass mold? It should be stains, right? In fact, glass can mold. There are many reasons for glass mold, and under certain conditions, weathering, also known as anti alkali, can manifest as rainbows,

The glass tempering furnace has become the main equipment for tempered glass production, producing various sizes and styles of tempered glass for various industries, and possessing mechanical strength and thermal stability that ordinary glass cannot match, making it safer to use. Do you know the spe

Whether it is curved glass or flat glass, we have certain requirements for the surface smoothness of their finished products. Poor flatness not only affects aesthetics, but also affects the transmittance of glass and, in severe cases, the service life and safety level of glass. Therefore, we should