Lianda Design: Vacuum cleaner furnace adopts latest technology to be more efficient, lower in power consumption. It will take 70kw energy consumption while treating 1000pcs sieve screen, burning time is short, smokeless and tasteless.
Vacuum Cleaner Furnace can be applied to
● Filter screen of plastic granulating machine
● Components, spinneret plate, filter core on Polyester fiber, Nylon and polypropylene fiber making ( In the area of fiber industry)
● Mold clearance of plastic extruding
Working principle:
Vacuum cleaner furnace is designed based on the high polymer features:
● Will be melt while the temperature is about 300℃
● Will be cracked haggard with isolated air while the temperature is above 300℃
● Will be oxidized in a certain degree vacuum with a small amount of air while the temperature is above 400℃
First --- Heat the filter /mold (with polymer stuck ) at the temperature of 300℃ based on the needs of process, the most polymer will flow down towards the collector on the bottom of Vacuum cleaner furnace after melt
Second --- Keep raising the temperature at 400-500 and turn on the vacuum pump with less fresh air at the same time. The rest polymer will be perfectly oxygenated to form Carbon dioxide. The Carbon dioxide will be sucked by water ring type vacuum pump and go out of the Vacuum cleaner furnace together with water.
Stainless steel electrical heating elements heat directly inside the Vacuum cleaner furnace, with High temperature seal ring --- no need protection of water cooling.
● Electrical saving: 40%
● Water saving: 60%
● Full automatic working, save labor cost.
● With alarm for short of water, low water pressure, over high temperature and lacking phase
