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|Material:||Stainless Steel||Warranty:||1 Year|
automatic defibrillator machine,
portable defibrillator machine
2. Waste paper pulp defibering machine / defibrator for the high quality paper making
The defibering machine slurry enters the tank tangentially, accelerates under the action of the impeller, and generates a vortex in the tank. The centripetal force generated by the vortex causes the light impurities to collect in the center of the vortex and the heavy impurities are thrown to the groove wall. The light debris collected in the center of the tank is intermittently discharged from the light debris discharge pipe installed on the front cover through the valve, and the heavy debris thrown towards the tank wall is continuously passed through the heavy debris discharge pipe into the heavy debris along with part of the slurry. The slag remover removes heavy impurities through the slag remover and sends it back to the slurry inlet pipe. The heavy debris collected in the debris tank of the slag remover is regularly discharged through the valve.
It is used for further decontamination of waste pulp and separation of coarse impurities. It can be used in the main process or for the treatment of coarse screening tailings. It is used in conjunction with a hydraulic pulper to avoid the breakdown of impurities and reduce the burden on subsequent screening equipment. At the same time, the hydraulic pulper can increase the sieve plate aperture and increase the pulper's production capacity.
The fiber separator is mainly used for separating light and heavy impurities in pulp and secondary pulping. The machine has a compact structure and high efficiency. It integrates crushing, removing impurities and screening, which greatly simplifies the waste paper processing process. , Reduces energy consumption, is a must-have equipment for the production of high and medium grade paper.
|Screen plate diameter(mm)||Φ2.5-5|
|Pulp inlet diameter(mm)||Φ150||Φ200||Φ250|
|Pulp outlet diameter(mm)||Φ150||Φ200||Φ250|
|Pulp inlet pressure(kg/cm2)||1.2-3|