CE Standard Spirulina Algae Harvest Separator Tubular Centrifuge in Chinese Factory

Comparing with the traditional tubular centrifuge, our products have more improvements and advances in technology.First,change he traditional high-speed transmission part of he structure,this make the equipment operation little vibration, low noise, smooth operation, increase the service life, reduce the cost.second, the structure of liquid-in bearing and drum heat treatment process have been changed , which enhancing the stability of equipment operation, reducing the failure rate.

In addition, the material of some wearing parts also made reasonable change to extend the service life of wearing parts, which reduces the user's cost.

Because of the technological breakthrough ,so that our company's largest speed of tubular centrifuge is 19000 per minute ,and the smooth operation .sothat ,not ony increase the output but also improve the separation precision,make it become the regeneration product of tubular centrifuge.

In order to satisfy different manufactures’ requirement.,our company make tubular centrifuge divide into Clarification Separator, GFX Blood Tubular Centrifuge, Biological Type Tubular Separator, Chemical-type Tubular Centrifuge, Oil water tublular centrifuge, Swinging Type Tbular Sparator

Product Features:

It is strong capacity in separation .simple in structure,easy in operation and maintenance and small in the floor space.

Main Features:

Wide used in pharmacy, food, chemical, biological product, metallurgy and so on.

Structure and principle

This separator is consisted of main body, driving device, bowl collecting pan and liquid-in bearing. The upper of the bowl is fiexible mainshaft and thelower of it is damp floating bearing. The mainshaft is connected through and with a buffer of connecting seat and a vdriven wheel. The driven wheel is driven by a motor through driving wheel and tension gear to make the bowl rotate around its own ax is at a extra speed and form a strong centrifuge force field. The stock flows into the liquid inlet from the bottom and is forced by centrifuge force to flow upto and along theinner wall of the bowl and then is separated the different layer according to density difference of the different liquid components. GQtype: Fine solid phase particles with great density are settled on the inner wall of the bowl gradually to form residne layer then to be discharged manually, after the machine stops. The liquid phase flows out of the liquid outlet at the bowl's upper after clarification.

GFtype: Liquid phase with great density forms an outer loop and liquid phase with light density forms an inner loop, and flows to the upper of the bowl out of their respective liquid outlet. The little solid is settled on the inner wall of the bowl and then is discharged manually after the machine stops.

GQtype: Fine solid phase particles with great density are settled on the inner wall of the bowl gradually to form residne layer then to be discharged manually, after the machine stops. 

Technical parameters: