The machine is developed for:
1)Industrial Meter, domestic appliances, interior decoration, and other thin and tiny sized tempered glass.
2)Automobile, train, boat, furniture, interior decoration, and other high grade thin flat tempered glass.
3)Door or windows, shower cabin, and jumbo sized curtain wall tempered glass.
Model Number | Max.Glass Size(mm) | Min.Glass Size(mm) | Thickness | Capacity(Cycles/Hour) | Installed power(kW) |
A0815 | 800*1500 | 100*100 | 2.85~12 | 17 | 100 |
A1225 | 1250*2500 | 100*250 | 2.85~19 | 48 | 230 |
A1236 | 1250*3660 | 100*250 | 2.85~19 | 69 | 310 |
A1625 | 1600*2500 | 100*250 | 3~19 | 60 | 310 |
A1636 | 1600*3660 | 100*250 | 3~19 | 88 | 400 |
A2036 | 2000*3660 | 100*250 | 3.2~19 | 110 | 510 |
A2436 | 2440*3660 4mm 2440*1700 | 100*300 | 4~25 | 134 | 630 |
A2442 | 2440*4200 4mm 2440*1900 | 100*300 | 4~25 | 154 | 690 |
A2450 | 2440*5000 4mm 2440*2300 | 100*300 | 4~25 | 183 | 760 |
A2850 | 2850*5000 | 200*350 | 5~25 | 213 | 870 |
A3260 | 3200*6000 | 200*500 | 5~25 | 285 | 1180 |
A3280 | 3200*9000 5mm 3200*4300 | 200*500 | 5~25 | 412 | 1680 |
A3580 | 3500*8000 5mm 3500*3800 | 200*500 | 5~25 | 400 | 1600 |
Notes:
1.Output data is calculated on the basis of 100% loading rate of 5mm clear float glass. The actual output is subject to practical glass type, size and loading rate.
2.Installed power is based on 5mm glass, while furnace actual configuration is subject to practical glass thickness and will be finally determined by both parties.
3. The models in the table are for the general options. We can customize producing in accordance with specific requirement and specifications.
4. The models in this table is optional to join with other model series in the catalogue, according to client's requirement.
Machine feature
Stable and reliable intelligent control
Precision heating control
Ceramic rollers outside furnace exit make glass no deformation
High rigidity quench rollers free of deviation
Simple and quick conveyor belts online replacing
Random reentry position control of oscillating strokes for uniform stress distribution
