In case of super-thin (1/8" minus, thin glass models only) glass tempering furnace, the pass-through zone(s) is further divided into more sub-zones to create a pressure gradient so as to improve quenching power concentration. With limited quenching power, the furnace can temper super thin glass at full load. Pass-through chiller is designed to save quenching power and temper thin glass at full load with limited fan power.
Chillers that can temper super thin glass have high-stream nozzles in high pressure zone(s).
Such nozzles can produce concentrated air streams to create very rapid and stable quenching effect.
Chillers than temper super thin glass has press rollers in the high-pressure zones. These rollers run at the same speed with the conveyer roller, and can prevent thin glass from being blown up by high pressure air streams.
Model | Max. Load Area (mm) | Min. Glass Size (mm) | Glass Thickness (mm) | Production Rate (5mm batch/hour) | Power Supply (KVA) |
PG1224DTB | 1220*2440 | 100*300 | 3-19 | 18.2 | 450 |
PG1524DTB | 1525*2440 | 100*300 | 3-19 | 18.2 | 550 |
PG1530DTB | 1525*3050 | 100*300 | 3-19 | 18 | 600 |
PG1536DTB | 1525*3660 | 100*300 | 3-19 | 17.8 | 600 |
PG1830DTB | 1830*3050 | 100*350 | 3-19 | 18 | 750 |
PG1836DTB | 1830*3660 | 100*350 | 3-19 | 17.8 | 750 |
PG2136DTB | 2135*3660 | 100*350 | 3-19 | 17.8 | 950 |
PG2142DTB | 2135*4270 | 100*350 | 3-19 | 17.6 | 950 |
PG2150DTB | 2135*5000 | 100*350 | 3-19 | 17.4 | 1000 |
PG2436DTB | 2440*3660 | 100*350 | 3-19 | 17.8 | 1100 |
OG2442DTB | 2440*4270 | 100*350 | 3-19 | 17.6 | 1100 |
PG2550DTB | 2500*5000 | 100*350 | 3-19 | 17.4 | 1200 |
PG2560DTB | 2500*6100 | 100*350 | 3-19 | 17.1 | 1200 |