Feature:
1. Easy in regulation and control, strong adaptability.
Regulate thickness of material, speed of main shaft, number of rake arm, style of rakes and size of rakes to make drying process be optimal.
Each layer of drying plate can be led thermal or cold media individually to heat or cool materials, make temperature control accurately and easily.
Dwelling time of materials can be accurately adjusted.
Single flowing direction of materials without return flowing and mixing, even drying and stable quality, don’t need re-mixing.
2. Easy and simple operation
Start and stop of drier is quite simple.
After materials are stopped feeding and conveying, they can be easily exhausted out of dryer by rakes.
Cleaning and observation can be carried inside the equipment through large-scale viewing window.
3. Low energy consumption
Thin layer of materials, low speed of principle axis, small power and energy needed for material conveying system.
Dry by conducting heat so it has high heating efficiency and low energy consumption.
4. Good operation environment, solvent can be retrieved and dust powder discharge can meet requirement
Normal pressure style: as low speed of air flow inside the equipment and moisture being high in upper part and low in bottom part, dust powder couldn’t float to the top of the equipment, so there is almost no dust powder discharged in tail gas from the moist discharge port on the top.
5. Drying efficiency is high
The fixed disk is jacket in design. It can use liquid or steam as heat transfer medium to carry out heating or cooling. Material will drop from upper disk layer to lower disk layer as waterfall. It speeds up the drying or cooling rate. (If heat resource is steam, please indicate in contract.)
Application:
It is especially for drying and cooling powder materials like medicine, agriculture medicine, chemical industry, foodstuff, feedstuff and so on.
Organic chemical industry: Polyvinyl chloride, teflon resin, fumaric acid, anthraquinone, nitroanthraquinone, amino phenol, melamine, cyanogen uric acid, amino benzene xanthognic acid, antioxidant 168, color phenol AS, stearate, aniline, nitrophenylamine, double pentaerythritol, chlorination paraffin wax, calcium formiate, three ethylene diamidogen, benzene sulfinic acid sodium, benzene.m. dicarboxylic acid, dimethyl ester pentathionic acid sodium, thiourea, oil soluble aniline black dyestuffs, erie black dye and so on organic industrial chemicals and intermediate.
Inorganic chemical industry: Light quality calcium carbonate, active calcium carbonate, nanometer level superfine calcium carbonate, magnesium carbonate, aluminum hydroxide, white carbon black, strontium carbonate, barium carbonate, carbonic acid armor, lithopone, insurance powder, potassium sulfate, microballoons catalyst, magnesium hydroxide, cupric sulfate, nickel sulfate, nickel sour ammonium, sodium molybdate, sodium chloride, potassium chloride, calcium chloride, sodium fluoride, cryolite, oxidized iron oxide red, lithium hydroxide, nickelous hydroxide, zirconium hydroxide, calcium carbonate, sulfur and so on.
Medicine, food: Ammonia animal pen penicillin, Deng Yan, laevo-rotatory benzene glycine and intermediate, spore ammonia sai, spore three qin, An Naijin, west onamot for bulk drugs and medicine intermediate and so on Ding, Vitamin b, Vitamin c, for medicinal purposes leaning magnesium silicate, caffeine, tea, flowered extraction, gingko leaf, chocolate powder, starch, corn embryo tooth bud.
Feed, fertilizer: The potassium carbonate, the biological potassium fertilizer, the protein feed, the feed use the aureomycin, the bran, the distiller's grain, the grain, the weed killer, the cellulose, the feed calcium hydrogen phosphate and so on.
Principle:
Wet materials are fed continuously to the first drying layer on the top of dryer. Materials will be turned and stirred by rakes when the rake arm rotates and flow through the surface of drying plate along the exponential helical line. On the small drying plate, materials will be moved to its outer edge and drop down to the outer edge of the large drying plate underneath, then will be moved inward and drop down from its central hole to the small drying plate on the next layer. Both small and large drying plates are arranged alternately so as materials can go through the whole drier continuously. The heating medium, which could be in forms of saturated steam, hot water or heat conducting oil, will be led into hollow drying plates from one port to the other port of drier. Dried material will drop from the last layer of drying plate to the bottom layer of the shell body, and will be moved by rakes to discharging port. The moisture will be removed from the moist discharging port on top of cover, or sucked out by the vacuum pump on the top cover for vacuum-type plate drier. The dried materials discharged from the bottom layer can be packed directly. Drying capability could be raised up if equipped with supplementary devices such as fin drier, condenser, bag filter, exhaust fan etc.
