內蒙古洗滌設備烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)機(ji)(ji)(ji)可(ke)分(fen)(fen)(fen)為工(gong)(gong)業與民用兩(liang)種，工(gong)(gong)業烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)機(ji)(ji)(ji)也叫干(gan)(gan)燥(zao)設備或干(gan)(gan)燥(zao)機(ji)(ji)(ji)，民用烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)機(ji)(ji)(ji)是洗(xi)滌機(ji)(ji)(ji)械中的(de)一(yi)種，一(yi)般在水(shui)洗(xi)脫水(shui)之后，用來(lai)除去(qu)服(fu)裝和其他紡(fang)織(zhi)品中的(de)水(shui)分(fen)(fen)(fen)。烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)機(ji)(ji)(ji)有帶式烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)，滾筒烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)，箱式烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)，塔式烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)等(deng)幾種模式；熱(re)(re)源有煤(mei)，電(dian)，氣(qi)等(deng)；物(wu)料(liao)在烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)過(guo)程(cheng)(cheng)中有熱(re)(re)風氣(qi)流(liu)式和輻射式等(deng)，熱(re)(re)風滾筒烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)是熱(re)(re)氣(qi)流(liu)從尾部向前運動(dong)，與物(wu)料(liao)充(chong)分(fen)(fen)(fen)接(jie)觸，通(tong)過(guo)熱(re)(re)傳(chuan)導、對流(liu)、輻射傳(chuan)熱(re)(re)量充(chong)分(fen)(fen)(fen)利(li)用；將熱(re)(re)能直接(jie)傳(chuan)遞(di)給物(wu)料(liao)，使物(wu)料(liao)的(de)水(shui)分(fen)(fen)(fen)在筒體內不斷被蒸發，入料(liao)口的(de)引風裝置將大量的(de)水(shui)分(fen)(fen)(fen)、濕(shi)(shi)氣(qi)流(liu)抽(chou)出，防(fang)止粉塵(chen)外排造成的(de)二次污染；通(tong)過(guo)內螺旋攪(jiao)拌、掃散、抄板，推(tui)進物(wu)料(liao)運動(dong)，完成整個烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)過(guo)程(cheng)(cheng)；逆流(liu)傳(chuan)導脫濕(shi)(shi)，避(bi)免減(jian)少重復烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)程(cheng)(cheng)序。

普通常(chang)規烘(hong)干(gan)(gan)機(ji)(ji)工作原(yuan)理:烘(hong)干(gan)(gan)機(ji)(ji)在(zai)風(feng)(feng)機(ji)(ji)的抽力(li)作用(yong)下(xia)，外面新(xin)鮮冷空氣直(zhi)接通過進風(feng)(feng)口(kou)與(yu)加熱(re)(re)(re)器(qi)熱(re)(re)(re)交換后變成干(gan)(gan)燥的熱(re)(re)(re)空氣，然后與(yu)滾筒中翻滾的衣物(wu)(wu)進行(xing)熱(re)(re)(re)交換后被(bei)排(pai)出機(ji)(ji)體(ti)，而(er)滾筒中的衣物(wu)(wu)，在(zai)干(gan)(gan)燥熱(re)(re)(re)空氣作用(yong)下(xia)水(shui)分(fen)逐步蒸發并烘(hong)干(gan)(gan)。內蒙古洗滌設備由于衣物(wu)(wu)中水(shui)分(fen)蒸發需要(yao)吸收(shou)和消耗熱(re)(re)(re)能，因此烘(hong)干(gan)(gan)機(ji)(ji)排(pai)風(feng)(feng)溫度隨著(zhu)衣物(wu)(wu)中水(shui)份減少而(er)逐步升高。主要(yao)存(cun)在(zai)問題是加熱(re)(re)(re)器(qi)外露散熱(re)(re)(re)及機(ji)(ji)殼散熱(re)(re)(re)浪費大，蒸汽(qi)壓力(li)波動對能耗影響(xiang)很大。

內旋(xuan)轉(zhuan)設備(bei)結構:由(you)臥式圓柱筒體(ti)、排氣(qi)管道(dao)、進(jin)料(liao)裝置(zhi)(zhi)、出(chu)料(liao)裝置(zhi)(zhi)、筒內螺旋(xuan)裝置(zhi)(zhi)、清(qing)掃(sao)裝置(zhi)(zhi)、撥料(liao)板(ban)、引(yin)風(feng)裝置(zhi)(zhi)、傳(chuan)動(dong)(dong)裝置(zhi)(zhi)、除塵設備(bei)與電控設備(bei)組成(cheng)。性能特點　1、解決傳(chuan)統(tong)(tong)烘(hong)(hong)干機順(shun)流脫濕(shi)造(zao)成(cheng)的同向(xiang)運動(dong)(dong)過程(cheng)中隨系統(tong)(tong)溫(wen)度降低(di)后水蒸(zheng)氣(qi)返回物料(liao)的問題(ti)；　2、在(zai)烘(hong)(hong)干過程(cheng)中，熱(re)(re)氣(qi)流從(cong)尾部向(xiang)前運動(dong)(dong)，與物料(liao)充(chong)分接觸，通過熱(re)(re)傳(chuan)導、對流、輻射(she)傳(chuan)熱(re)(re)量充(chong)分利用；3、通過內螺旋(xuan)攪拌、掃(sao)散、抄板(ban)，推進(jin)物料(liao)運動(dong)(dong)，完成(cheng)整個烘(hong)(hong)干過程(cheng)；4、逆流傳(chuan)導脫濕(shi)，避免(mian)減(jian)少重復烘(hong)(hong)干程(cheng)序。

干燥(zao)強度大(da)(da)(da)，由于(yu)物料在(zai)氣流中高(gao)度分散，顆粒的(de)全部(bu)表(biao)面積(ji)極為(wei)干燥(zao)的(de)有效(xiao)(xiao)面積(ji)。干燥(zao)時間短。氣流干燥(zao)器結(jie)構(gou)簡(jian)單，占(zhan)地面積(ji)小，易于(yu)建造和維修。處理量大(da)(da)(da)，熱效(xiao)(xiao)率高(gao)。當(dang)干燥(zao)非結(jie)合水(shui)時，熱效(xiao)(xiao)率可達60。干燥(zao)機實現了“零水(shui)平(ping)推力(li)”，大(da)(da)(da)大(da)(da)(da)減少了擋托(tuo)輪(lun)(lun)的(de)磨損，筒體運轉平(ping)穩可靠(kao)；干燥(zao)機采用(yong)“調(diao)心式(shi)托(tuo)輪(lun)(lun)裝置”，內蒙(meng)古洗滌(di)設備(bei)使托(tuo)輪(lun)(lun)和滾圈的(de)配合永(yong)遠(yuan)呈線性(xing)接觸，從(cong)而大(da)(da)(da)大(da)(da)(da)降低了磨損和動力(li)損耗。