Horizontal spiral conveyor for plate-and-frame filter press
A plate-and-frame filter press and horizontal screw technology are applied in the fields of filtration and separation, separation methods, chemical instruments and methods, etc., which can solve the problems of equipment damage and difficult to clean the blockage of the auger shell, so as to improve the service life and The effect of abrasion resistance
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Embodiment 1
[0031] see Figure 1-4, a horizontal screw conveyor for a plate and frame filter press, comprising a screw auger 1 and an auger shell 2 located outside the screw auger 1, the upper part of the auger shell 2 on the current screw conveyor is set into The material guide sleeve and the feed guide sleeve are located at the lower part of the filter plate frame arranged and distributed in the plate and frame filter press. The auger rotates to transfer and discharge the filter cake; because the screw conveyor itself has the wear phenomenon of the auger blade 12 and the inner wall of the auger shell 2, it is often used for light material transmission or a transmission environment with a certain concentration of fluid; after pressure filtration The filter cake has a certain water content, so it is wet and agglomerated, and the overall fluidity is poor, which increases the resistance of transmission in the auger shell 2, thus increasing the axial force of the auger 1, and The filter cak...
Embodiment 2
[0033] see Figure 5 The difference with Embodiment 1 is that the auger housing 2 is composed of a middle cylinder 21 in the middle and guide cylinders 22 located at both ends of the middle cylinder 21. The discharge pipe 211 on the auger housing 2 is located at the bottom of the middle cylinder 21. The auger blades 12 on the auger 1 are divided into two sections and distributed symmetrically, that is to say, the auger 1 rotates in one direction so that the filter cake can be transported to the middle of the auger shell 2 and discharged from the discharge pipe 211; further described as a guide cylinder 22 is conical and the large end is fixedly connected to the middle cylinder 21. The two sections of auger blades 12 are conical in shape. The taper of the auger blade 12 is the same as the taper of the guide cylinder 22. The auger shaft 11 is mentioned in embodiment 1. Relative to the auger shell 2, the axial buffering movement is possible. In this embodiment, when the auger 1 i...
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