1)Flat tempered glass
Thickness: 3-19 mm
Size: 200*300 mm--3300*9800 mm/2440*12000 mm
2)Curved tempered glass
3) The anti-impacting performance and anti-bending performance are 3-5 times higher than ordinary glass.
4) It breaks into granules in case of strongly knocked, so no hurt would be caused.
5) deflection angle of tempered glass is 3-4 times larger than that of float glass of the same thickness.
When there is load on tempered glass, its maximum tensile stress does not located on the glass surface as float glass, but on the central point of glass sheet.
ADVANTAGE OF TEMPERED GLASS:
• Safety is the main advantage of tempered glass. Using tempered glass reduces the risk of injury caused by jagged glass shards. A glass that does not shatter into razor-sharp slivers can be used in places where breakage is inevitable.
• Tempered glass breaks into small, circular "pebbles" because of the way the molecules bond. It will also shatter evenly and crumble into small pieces even if force is applied at one end. That means larger shards of broken glass will not crack off and fly through the air when the glass is broken. This makes it much more desirable for use in cars and trucks.
• Tempered glass is easier to clean up. Since it crumbles into small pieces, there are fewer sharp shards and splinters that are difficult to pick up with a broom. Tempered glass can be swept up much like small rocks with a push broom, and thrown away in a dumpster without fear of the glass slitting open the trash bags or injuring a waste management worker. In addition, if any glass is left behind, there is less of a chance that it will injure someone. The glass "pebbles" can also be vacuumed.
• Tempered glass is much stronger than regular glass. The process used to make it causes a stronger bond between the molecules in the glass. This means the glass can be used in applications that require a stronger surface that is see-through, like windshields in cars and trains, windows in laboratories and glass walkways.
• Tempered glass is also more heat resistant than normal glass. This is another effect of the process to "cure" the glass. Since heat is applied during the process, the molecules become more resistant to higher temperatures. The glass will not melt or weaken even when flame is applied directly. This makes it ideal for laboratory uses, fire engines and buildings that must be built to strict fire codes.
• Tempered glass also has many intangible advantages. Since it reduces the risk of injury, it also reduces the risk of lawsuits. It is ideal for public buildings and private companies that have lots of visitors and could be held liable for damages if a glass pane breaks in their building and someone is injured. That is also true for industrial companies where workers depend on safety glass to protect them from heat and flying objects on the job. It is used in hockey rinks to protect fans from flying pucks, and it can withstand a direct hit from a 100mph slap shot. It won't crack and injure fans or players that are checked into the boards, even when it breaks.
APPLICATION FOR TEMPERED GLASS
Tempered glass is safety glass, extensively applied in the places which has critical request of high mechenical strength and safety, such as glass door, curtain wall of building, indoor partition, elevator,showcase, door and window of building, furniture and household appliance etc.
Tempered safety glass for shower door
Tempered safety glass for furniture
Tempered safety glass for railing and balustrade
Ttempered safety glass for balcony
Tempered safety glass for skylight
Tempered safety glass for windows and doors
Tempered safety glass for partition wall
Tempered safety glass for building
Tempered safety glass for ceiling
Tempered safety glass for greenhouse
Tempered safety glass for office
Tempered safety glass for curtain wall