What it is?
Popularly known as ‘Toughened Glass’.
An annealed glass is heated to its softening point temperature of  -  degree celsius then it is moved for quenching. The quenching begins at a glass temperature of  - . The quenching cause compression on 20% surface area of glass and edges remaining 60% middle part develops stress zones as a result glass becomes stronger on surface and edges.
Advantages :
It is 4 to 5 times stronger than an annealed glass & twice stronger than a heat strengthened glass.
On breaking a tempered glass shatters into small size oval shaped pieces having blunt edges thus reducing possibility of human injury to a big extent.
Application :
For glazing elevation, door, windows, partitions, and etc., wherever safety is required.

What it is?
Popularly known as ‘Toughened Glass’.
An annealed glass is heated to its softening point temperature of  -  degree celsius then it is moved for quenching. The quenching begins at a glass temperature of  - . The quenching cause compression on 20% surface area of glass and edges remaining 60% middle part develops stress zones as a result glass becomes stronger on surface and edges.
Advantages :
It is 4 to 5 times stronger than an annealed glass & twice stronger than a heat strengthened glass.
On breaking a tempered glass shatters into small size oval shaped pieces having blunt edges thus reducing possibility of human injury to a big extent.
Application :
For glazing elevation, door, windows, partitions, and etc., wherever safety is required.