Behind every glass selection, for any project, are the architect’s considerations beyond aesthetic concerns. From light transmitting performance to energy conservation, multiple calculations are required to optimize a building’s function.

From safety requirements to heat and light transmittance calculations, this page consist of informations on how to work with different types of glasses to realize your creativity.

• Equipment: Cutting Machine
• Max Size (mm): 3300 – 5000
• Min Size (mm): 100 x 150
• Normal Thickness (mm): 3 – 19

• Equipment: CNC Drilling Machine
• Max Size (mm): 2000 – 3000
• Min Size (mm): 500 x 500
• Normal Thickness (mm): 3 – 30

• Equipment: Tempering Line
• Max Size (mm): 2440 – 6000
• Min Size (mm): 300 x 300
• Normal Thickness (mm): 4 – 19

• Equipment: Heat Soak Test Furnace
• Max Size (mm): 2500 – 6000
• Min Size (mm): 300 x 300
• Normal Thickness (mm): 4 – 19

• Equipment: Laminated Glass Line
• Max Size (mm): 2140 – 6000
• Min Size (mm): 300 x 300
• Normal Thickness (mm): 6.38 – 50.0
• PVB Thickness: 0.38, 0.76, 1.14, 1.52

• Equipment: Auto Clave Machine
• Max Size (mm): 2850 – 6500
• Min Size (mm): 300 x 300
• Normal Thickness (mm): 6.38 – 50.0

• Equipment: Insulating Glass Line
• Max Size (mm): 2140 – 3300
• Min Size (mm): 500 x 500
• Normal Thickness (mm): 6.38 – 39.9

• Equipment: Edge Deletion Machine
• Max Size (mm): 2440 – 3000
• Min Size (mm): 300 x 300