The load carrying capacity of tempered glass is about five times that of ordinary glass, but is the same as that of other kinds of glass. It breaks when it is affected by external forces such as collision and scratching. The edge of the toughened glass is sensitive to external force and thin part when the toughened glass breaks, it will produce a lot of noise, and the debris will be granular and scattered around. The pieces of tempered glass will not have significant acute angles. When broken, the waves usually form sharp fragments and may form severe damage.

1, Toughened glass is safety glass. It is prestressed using chemical or physical methods to create compressive stress at the surface. External loads must first overcome this surface compression, improving the glass’s load-bearing capacity and its resistance to pressure, temperature changes, and damage.

2, the compressive strength compared with the general glass forward many times, the tensile strength is the general disease 3~5 times, the impact compressive strength is the general glass 5~10 times, the other forward compressive strength also forward the safety factor. The second is the application safety, its bearing capacity expansion improves the crushing characteristics, even if the tempered glass damage is also non-obtuse Angle of small pieces, the damage to the body is greatly reduced 3. The rapid cooling and heat resistance of toughened wave disease is 2~3 times higher than that of ordinary wave glass. Generally, the temperature difference above 150LC can be changed, which has a significant practical effect on preventing thermal burst.

① Safety factor. When the glass is damaged by external forces, the fragments become small acute particles in the shape of the adjacent honeycomb to reduce the damage to the body.

② High toughness. The SAME THICKNESS OF TOUGHENED WAVE DROP IMPACT COMPRESSIVE STRENGTH IS 3~5 TIMES OF THE GENERAL GLASS, THE tensile strength is 3~5 times of the general glass.

(3) Heat resistance: toughened glass has excellent thermal resistance. It can withstand a temperature difference 3 times that of ordinary glass, with a temperature change of 200℃.