Description

 tempered glass is the most popular safety glass used that meets uniform building code standards. the heating and cooling process involved in making tempered glass produces a product four to five times. stonger than standard annealed glass, tempered safety glass is recommended for use as safety glazing for potentially hazardous locations including entrance doors, patio doors,side lites, and shower doors. if damaged, tempered glass will shatter into small blunt glass fragments rather than sharper, more dangerous pieces. tempered glass is the most economical means of meeting safety glazing requirements.

Characteristic

High Strength

The tempered glass performs well in resisting bending and hitting owing to its high strength which is **5times that of normal annealed glass. It is able to withstand a surface pressure of *5Mpa.

High Safety

When the tempered glass is broken, it turns into alveolate granules with obtuse angles, which guarantee safety to make sure human harmless, and the toughening process greatly reduces the risk of thermal breakage to ensure less loss.

Heat Stability

The tempered glass is capable of withstanding a temperature change of **0 to **0℃ while normal annealed glass can only bear *0 to **0℃.

Performance Comparison

Specification

Size: Maximum ***0****0mm, Minimum **0***0mm

Thickness: 3mm 4mm 5mm 6mm 8mm *0mm *2mm *5mm *9mm

Color: clear, ultra clear, green, blue, grey, bronze, etc.

Type: Clear, Tinted, Reflective, Low Iron, Etched, Textured, color painted, pattern screen printing, Colorsmart, Thermocolour and Low E glass, etc.

Processing: All the processing like beveling, cutting, drilling, etc. must be done before tempering.