Convection Glass Tempering Furnace

Convection glass tempering furnace is specially designed for processing flat glass and high quality low-E glass, architectural glass, household glass, automobile glass etc. Equipped with a convection heating system, the glass processing machine provides uniform heat, forced heating on glass surfaces, ensuring high surface quality. Featuring a long-lasting structure and stable design, the operating cost of the glass machinery is minimized. When looking for a convection glass tempering furnace integrated into your glass production line, Thinkglass will be your ideal partner.

Specifications

Model	Max. Glass Size (mm)	Min. Glass Size (mm)	Glass Thickness Range (mm)	Output (batch/hour)	Installed Capacity (kVA)
DLTPG2515	2500*1500	200*200	2.85~15	18	315
DLTPG4012	4000*1250	160*160	2.85~15	18	400
DLTPG4015	4000*1500	200*200	2.85~15	18	500
DLTPG5015	5000*1500	200*200	2.85~15	18	630
DLTPG3620	3660*2000	240*240	4~19	18	500
DLTPG4220	4200*2000	240*240	4~19	18	630
DLTPG3624	3660*2440	240*240	4~19	18	500
DLTPG4224	4200*2440	240*240	4~19	18	630
DLTPG5024	5000*2440	240*240	4~19	18	630
DLTPG6024	6000*2440	240*240	4~19	17	800
DLTPG8024	8000*2440	240*240	4~19	16	1250
DLTPG5028	5000*2800	300*300	5~19	16	800
DLTPG6028	6000*2800	300*300	5~19	16	1000
DLTPG8028	8000*2800	300*300	5~19	16	1250
DLTPG5030	5000*3000	300*300	5~19	16	1000
DLTPG6030	6000*3000	300*300	5~19	16	1250
DLTPG8030	8000*3300	350*350	5~19	16	1600

Max. Glass Size (mm): 2500*1500 Min. Glass Size (mm): 200*200 Glass Thickness Range (mm): 2.85~15 Output (batch/hour): 18 Installed Capacity (kVA): 315 Max. Glass Size (mm): 4000*1250 Min. Glass Size (mm): 160*160 Glass Thickness Range (mm): 2.85~15 Output (batch/hour): 18 Installed Capacity (kVA): 400 Max. Glass Size (mm): 4000*1500 Min. Glass Size (mm): 200*200 Glass Thickness Range (mm): 2.85~15 Output (batch/hour): 18 Installed Capacity (kVA): 500 Max. Glass Size (mm): 5000*1500 Min. Glass Size (mm): 200*200 Glass Thickness Range (mm): 2.85~15 Output (batch/hour): 18 Installed Capacity (kVA): 630 Max. Glass Size (mm): 3660*2000 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 18 Installed Capacity (kVA): 500 Max. Glass Size (mm): 4200*2000 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 18 Installed Capacity (kVA): 630 Max. Glass Size (mm): 3660*2440 Min. Glass Size (mm): 200*200 Glass Thickness Range (mm): 4~19 Output (batch/hour): 18 Installed Capacity (kVA): 500 Max. Glass Size (mm): 4200*2440 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 18 Installed Capacity (kVA): 630 Max. Glass Size (mm): 5000*2440 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 18 Installed Capacity (kVA): 630 Max. Glass Size (mm): 6000*2440 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 17 Installed Capacity (kVA): 800 Max. Glass Size (mm): 8000*2440 Min. Glass Size (mm): 240*240 Glass Thickness Range (mm): 4~19 Output (batch/hour): 16 Installed Capacity (kVA): 1250 Max. Glass Size (mm): 5000*2800 Min. Glass Size (mm): 300*300 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 800 Max. Glass Size (mm): 6000*2800 Min. Glass Size (mm): 300*300 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 1000 Max. Glass Size (mm): 8000*2800 Min. Glass Size (mm): 300*300 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 1250 Max. Glass Size (mm): 5000*3000 Min. Glass Size (mm): 300*300 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 1000 Max. Glass Size (mm): 6000*3000 Min. Glass Size (mm): 300*300 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 1250 Max. Glass Size (mm): 8000*3300 Min. Glass Size (mm): 350*350 Glass Thickness Range (mm): 5~19 Output (batch/hour): 16 Installed Capacity (kVA): 1600

Notes: The output is calculated based on the 5mm glass with 80% loading efficiency and 100% finished product rate. The production line configurations depend on the glass thickness.

Features Jet forced convection is used to heat the top of glass surface, adopts heat balance system on the bottom to adjust the heat quantity in chamber, offering uniform and efficient heating. The glass tempering machine is designed with a PID controller for achieving precise temperature control. The convection system is used to shorten heating time, improving glass surface quality. Adopting stainless steel interior wall causes no contamination to the roller bed. The convection is specially designed for processing single silver, double silver and triple silver Low-E glass. The heat from the convection is circulated inside the furnace, minimizing thermal losses. Applications

Convection glass tempering furnaces is efficient glass machinery designed for architectural glass, home appliances, glass doors, shower doors, automotive glass and furniture glass production.

Glass Tempering Furnace Components in Detail
Quenching Station

Special design for the quenching station minimizes iridescence and produces quality glass.

Well-insulated Furnace Body

The furnace body is equipped with top quality insulation materials to reduce the energy consumption effectively.

Temperature Control

PID controller offers precise temperature control in the furnace during the glass processing.

Quick Installation