With excellent performance in earthquake resistance, shock resistance, penetration resistance, wind pressure resistance and strong PVB adhesion, laminated glass will not result in bodily injury from splashing splinters when it is struck and broken due to external force; it can withstand the attack of burglar's tools, such as hammer and brick. It can improve the penetration resistance by increasing the thickness of the PVB film.
With excellent performance in earthquake resistance, shock resistance, penetration resistance, wind pressure resistance and strong PVB adhesion, laminated glass will not result in bodily injury from splashing splinters when it is struck and broken due to external force; it can withstand the attack of burglar's tools, such as hammer and brick. It can improve the penetration resistance by increasing the thickness of the PVB film.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security,
We can provide various types of flat/bent tempered glass with different substrate(including clear colourless glass,tinted glass,coated glass or patterned glass)according to requirements,such as balustrade glass,window and door glass,bathroom glass,staircase glass,furniture glass,decorative partition glass,desktop glass,automobile glass and furniture glass.The products will have better multiple excellent features after laminating and hollowing processing.
If you need to buy tempered glass, please contact me, I will quote you for your reference.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
Tempered glass is manufactured through heating common glass uniformly to the softening point and then quenching it, causing a strong permanent internal stress in the glass, of which the internal tensile stress and external compressive stress should be in a stable tress equilibrium in order to intensify the operational strength and load carrying capacity of the glass and enhance its wind pressure resistance, weatherability and shock resistance.
With high strength and thermal stability, tempered glass can be widely applied to the places with special requirements on mechanical strength and security, such as glass curtain walls, balcony doors and windows, high-grade shopwindows, shower rooms, household supplies, balustrade glass of escalators, glass partitions, the places where there are a dense crowd or humans are apt to contact with glass and vulnerable to physical injury (such as stadiums) or the places where are vulnerable to body shocks, such as doors and windows, curtain walls, automobiles, trains and ships and the places where are susceptible to the changes in temperature.
