网带式烘干机采用高温抗拉钢丝网带，热风加热，均匀受热，配有无极变速机，根据物料厚度和含水率调整进料进度，以达到理想的烘干效果。
1.工作原理
设备采用耐高温抗拉钢丝网带在运行中上下两层网带同步运行，要烘干的物料在上下两层网带中间由上下网带夹持运行进行烘干。
2.干燥系统
采用科学的烘干原理，用离心风机直接把热风炉内的热风注入机内的上下风箱中，热风通过上下风箱的喷嘴吹到运行中单板的上下两个网面，使单板受热均匀，从而起到烘干的作用。
3.传动系统
刨切单板由进料口送入机内，由上下网带夹持相对运行，通过上下喷嘴以达到烘干效果。
4.控制系统
采用无极变速机根据您的单板厚度和含水率调整进料速度，以达到理想烘干效果。
5.加热系统
可采用油加热、电加热、气加热、热风加热。
6.进料口宽度
1.35—3米可选择。
7.干燥物料
单板：薄0.3毫米，厚4毫米。纸板及其它颗粒状物料根据厚度及含水量确定烘干量。
中译英：
Net belt type drying machine using high tensile steel wire mesh belt, hot air heating, uniform heating, with the promise speed machine, according to the material thickness and moisture adjustment feeding schedule, in order to achieve the ideal drying effect.
1 Working principle
Equipment with high temperature resistance and high tensile steel wire mesh belt in the operation of upper and lower two layers of mesh belt synchronous operation, to the dried material in upper and lower two layers of mesh belt intermediate composed of an upper and a lower mesh belt clamping operation of drying.
2 Drying system
The use of the scientific drying principle, using centrifugal fan directly to the hot blast furnace hot air injection machine within the upper and lower bellows, hot air through the upper and lower box nozzle to blow into the running board of two upper and lower net surface, so that the single plate is heated evenly, so as to achieve the effect of drying.
3 Transmission system
Sliced veneer from feed inlet into the machine, composed of an upper and a lower mesh belt clamping relative operation, through the upper and lower nozzle to achieve the effect of drying.
4 Control system
Uses the limitless speed machine based on your board thickness and moisture adjustment of feed rate, to achieve the ideal drying effect.
5 Heating system
The oil heating, electric heating, gas heating, hot air heating.
6 Inlet width
1.35 -3 meter selection.
7 Dry material
Veneer: the thin 0.3 mm, the thickness of 4mm. Cardboard and other granular materials according to the thickness and water content to determine the quantity of drying.
(图/文http://www.qitaibio.com/)
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