內蒙古洗滌設備烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)機(ji)可(ke)分(fen)為工(gong)業與民用(yong)(yong)兩種(zhong)，工(gong)業烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)機(ji)也叫干(gan)(gan)(gan)燥設備(bei)或(huo)干(gan)(gan)(gan)燥機(ji)，民用(yong)(yong)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)機(ji)是(shi)洗滌機(ji)械中的(de)(de)(de)一種(zhong)，一般在(zai)(zai)水(shui)(shui)洗脫水(shui)(shui)之(zhi)后，用(yong)(yong)來除去服裝和其他紡織品中的(de)(de)(de)水(shui)(shui)分(fen)。烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)機(ji)有(you)帶式(shi)(shi)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)，滾(gun)(gun)筒(tong)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)，箱式(shi)(shi)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)，塔式(shi)(shi)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)等幾(ji)種(zhong)模(mo)式(shi)(shi)；熱(re)(re)源有(you)煤，電，氣等；物(wu)(wu)料(liao)在(zai)(zai)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)過(guo)程中有(you)熱(re)(re)風氣流(liu)(liu)式(shi)(shi)和輻射(she)式(shi)(shi)等，熱(re)(re)風滾(gun)(gun)筒(tong)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)是(shi)熱(re)(re)氣流(liu)(liu)從尾部向(xiang)前運動，與物(wu)(wu)料(liao)充(chong)分(fen)接(jie)觸(chu)，通過(guo)熱(re)(re)傳(chuan)導、對流(liu)(liu)、輻射(she)傳(chuan)熱(re)(re)量(liang)充(chong)分(fen)利用(yong)(yong)；將熱(re)(re)能直接(jie)傳(chuan)遞給(gei)物(wu)(wu)料(liao)，使(shi)物(wu)(wu)料(liao)的(de)(de)(de)水(shui)(shui)分(fen)在(zai)(zai)筒(tong)體內不斷(duan)被蒸發(fa)，入料(liao)口的(de)(de)(de)引風裝置將大量(liang)的(de)(de)(de)水(shui)(shui)分(fen)、濕氣流(liu)(liu)抽出(chu)，防止粉塵外排造(zao)成的(de)(de)(de)二(er)次(ci)污染；通過(guo)內螺旋攪拌、掃散、抄板(ban)，推進物(wu)(wu)料(liao)運動，完成整個(ge)烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)過(guo)程；逆流(liu)(liu)傳(chuan)導脫濕，避免減少重復烘(hong)(hong)(hong)(hong)(hong)干(gan)(gan)(gan)程序(xu)。

普通(tong)常規烘干機(ji)工作原理:烘干機(ji)在(zai)風機(ji)的(de)抽力作用(yong)下，外面(mian)新鮮冷空氣直接通(tong)過進風口與(yu)加(jia)熱(re)(re)器熱(re)(re)交換后(hou)(hou)變成干燥的(de)熱(re)(re)空氣，然后(hou)(hou)與(yu)滾(gun)筒中(zhong)翻滾(gun)的(de)衣(yi)物(wu)進行熱(re)(re)交換后(hou)(hou)被排(pai)(pai)出(chu)機(ji)體，而(er)滾(gun)筒中(zhong)的(de)衣(yi)物(wu)，在(zai)干燥熱(re)(re)空氣作用(yong)下水分(fen)逐(zhu)(zhu)步蒸(zheng)發(fa)(fa)并烘干。內(nei)蒙古(gu)洗滌設(she)備(bei)由于衣(yi)物(wu)中(zhong)水分(fen)蒸(zheng)發(fa)(fa)需要吸收和消耗熱(re)(re)能，因此烘干機(ji)排(pai)(pai)風溫度隨(sui)著衣(yi)物(wu)中(zhong)水份減少而(er)逐(zhu)(zhu)步升高。主要存在(zai)問題(ti)是加(jia)熱(re)(re)器外露散熱(re)(re)及機(ji)殼(ke)散熱(re)(re)浪費大，蒸(zheng)汽壓力波動(dong)對(dui)能耗影響很(hen)大。

內旋(xuan)轉設(she)備(bei)結構:由臥(wo)式圓柱(zhu)筒體、排氣(qi)管道、進(jin)料(liao)裝置(zhi)、出料(liao)裝置(zhi)、筒內螺(luo)旋(xuan)裝置(zhi)、清掃裝置(zhi)、撥(bo)料(liao)板(ban)、引風裝置(zhi)、傳動(dong)(dong)裝置(zhi)、除(chu)塵設(she)備(bei)與電控(kong)設(she)備(bei)組成(cheng)。性(xing)能特(te)點　1、解(jie)決傳統烘(hong)(hong)(hong)(hong)干機順流脫(tuo)濕(shi)造成(cheng)的同向運動(dong)(dong)過(guo)程(cheng)中隨(sui)系統溫度降(jiang)低后(hou)水蒸氣(qi)返回物(wu)(wu)料(liao)的問題；　2、在烘(hong)(hong)(hong)(hong)干過(guo)程(cheng)中，熱氣(qi)流從(cong)尾部向前(qian)運動(dong)(dong)，與物(wu)(wu)料(liao)充分(fen)接觸，通過(guo)熱傳導(dao)、對流、輻射傳熱量充分(fen)利(li)用；3、通過(guo)內螺(luo)旋(xuan)攪拌、掃散(san)、抄板(ban)，推進(jin)物(wu)(wu)料(liao)運動(dong)(dong)，完成(cheng)整個烘(hong)(hong)(hong)(hong)干過(guo)程(cheng)；4、逆(ni)流傳導(dao)脫(tuo)濕(shi)，避免減少重復烘(hong)(hong)(hong)(hong)干程(cheng)序。

干(gan)燥(zao)(zao)強度大(da)(da)(da)，由于(yu)(yu)物料在氣(qi)流(liu)中(zhong)高度分(fen)散，顆粒的全(quan)部表面(mian)積極(ji)為干(gan)燥(zao)(zao)的有效(xiao)面(mian)積。干(gan)燥(zao)(zao)時間短(duan)。氣(qi)流(liu)干(gan)燥(zao)(zao)器結構簡單，占地面(mian)積小，易于(yu)(yu)建造和(he)維修。處(chu)理量大(da)(da)(da)，熱效(xiao)率高。當干(gan)燥(zao)(zao)非結合水(shui)時，熱效(xiao)率可達(da)60。干(gan)燥(zao)(zao)機實現了“零水(shui)平推(tui)力(li)”，大(da)(da)(da)大(da)(da)(da)減(jian)少了擋托輪的磨損，筒體運轉平穩可靠；干(gan)燥(zao)(zao)機采(cai)用“調心(xin)式托輪裝(zhuang)置(zhi)”，內蒙古洗滌設(she)備使托輪和(he)滾(gun)圈的配合永遠(yuan)呈線性(xing)接觸，從而大(da)(da)(da)大(da)(da)(da)降(jiang)低(di)了磨損和(he)動力(li)損耗。