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概述：

★盤式連續(xù)干燥器是一種高

效的傳導(dǎo)型連續(xù)干燥設(shè)備。其獨特的結(jié)構(gòu)和工作原理決定了它具有熱效率高、能耗低、占地面積小、配置簡單、操作控制方便、操作環(huán)境好等特點，廣泛適用于化工、醫(yī)藥、農(nóng)藥、食品、飼料、農(nóng)副產(chǎn)品加工等行業(yè)的干燥作業(yè)。在各行業(yè)使用實踐中深受好評。先生產(chǎn)制造常壓、密閉、真空三大類型，1200、1500、2200、3000四種規(guī)格，A(碳鋼)、B

（接觸物了部分均勻不銹鋼）、C（在B的基礎(chǔ)上，增加蒸汽管路，主軸及支架為不銹鋼，筒體和頂蓋內(nèi)襯不銹鋼）。三種材質(zhì)，干燥面積4-180 ，共幾百種型號的系列產(chǎn)品，并提供與之相配套的輔助設(shè)備，可滿足用戶對各種物料進(jìn)行干燥的需求。

★PLG series continuous plate drier is a kind of high efficiency conducting and continuous drying equipment. Its unipue structure and operating principle provide advantages of high heat efficiency ,low energy consumption, less occupying area, simple configuration, easy operation and control as well as good operating environment etc, it is widely used    in drying process in the fields of chemical, pharmaceuticals, agricultural chemicals, foodstuff,feed,agricultural prouct and by products processing etc. and is well received by various industries. Now there are there big categories, normal pressure, closed and vacuum styles and four specifications of 1200,1500,2200and 3000,and three kinds of medium A(carbon steel),B(stainless steel for contact parts) and C(on the basis of B to add stainless steel for steam pipes, main shaft and support,and stainless steel linings for cylinder body and top cover).With a drying area of 4 to 180 square meters, now we have hundreds of models of series rrouducts and various kinds of auxiliary devices available to meet requirements of various pround

原理：

★濕物料自加料器連續(xù)地加到干燥器上部**層干燥盤上，帶有耙葉的耙臂做回轉(zhuǎn)運動使耙葉連續(xù)地翻抄物料。物料沿指數(shù)螺旋線流過干燥盤表面，在小干燥盤上的物料被移送到外緣，并在外緣落到下方的大干燥盤外緣，在大干燥盤上物料向里移動并從中間落料口落入下一層小干燥盤中。大小干燥盤上下交替排列，物料得以連續(xù)地流過整個干燥器。中間的干燥盤內(nèi)通入加熱介質(zhì)，加熱介質(zhì)形式有飽和蒸汽、熱水和導(dǎo)熱油，加熱介質(zhì)由干燥盤的一端進(jìn)入，從另一端導(dǎo)出。已干物料從*后一層干燥盤落到殼體的底層，*后被耙葉移送到出料口排出。濕份從物料中溢出，由設(shè)在頂蓋上的排濕口排出，真空型盤式干燥器的濕氣由設(shè)在頂蓋上的真空泵口抽出。從底層排出的干物料可直接包裝。通過配備翅片加熱器、溶劑回收冷凝器、布袋除塵器、干料返混機構(gòu)、引風(fēng)機等輔機，可提高其干燥的生產(chǎn)能力， 干燥膏糊狀和熱敏性物料，可方便地回收溶劑，并能進(jìn)行熱解和反應(yīng)操作。

★Wet materials are fed continuously to the top drying layer in the drier. They will be turned and stirred continuously by harrows’ s arm rotates, the material flows through the surface will be moved to its exterior edge and drop down ti the exterior edge of the large drying plate underneath, And will then be moved inward and drop down form 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 media, which could be saturated steam, hot water or thermal oil will be led into drying plates from one end to other end of the drier. The dried product will drop from the last layer of the drying plate to the bottom layer of the body, and will be moved by harrows to the discharge outlet. The moisture exhausts from materials and will be removed from the moist discharge outlet on the top cover, or sucked out by the vacuum pump on the top cover for vacuum-type plate drier. The dried product discharged form the bottom layer can be cover for vacuum-type plate drier. The dried product discharged from the bottom layer can be packed directly. The drying capability can be raised up if equipped with supplementary devices such as finned heater, condenser for solvent recovery, bag dust filter, return and mix mechanism for dried materials and suction fan etc. solvent in those paste state and heat sensitive materials can be easily recovered, and thermal decomposition and reaction can be also carried out.

技術(shù)參數(shù)：

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