Sanitory VFD Decanter Centrifuge Mahine With Spraying Device 2200 Kg

Sanitory Long Service Life VFD Decanter Centifuge Mahine With Spraying Device

Select working parameter

Users can comprehensively consider the physical properties of the feed, separation requirements, processing capacity, technological requirements and other factors of the separated material (suspension). Reasonable selection of centrifuge working parameters can obtain satisfactory separation effect and economic benefit.

Physical Properties of the Feed

In the material, larger solid particles easier separated, when the size of solid particles not the same, so small particle solid phase decides the final separating effect This equipment can remove the solid particle which is over than 5um, if the solid phase particles is very small, so it can’t be separated through settlement and it will be discharged together with clear liquid, so the final separating effect is depend on the distribution of solid phase particle. Too much particles’ size over 5um , the separating effect is more better, on the other hand the separating effect maybe more worse

Generally crystalline solid phase and fibrous solid phase are easier to separated, floc and paste solid-phase are difficult separated, due to max. water-solubility of floc paste is too large, when spiral pushing residue, it will skid and impact separation effect. When separating solid phase like floc and paste, the flow rate should not too large.

If density difference of solid phase and liquid phase much greater, the separation is better, otherwise the separation is worse.

Liquid viscosity more smaller and more easily separated, If liquid viscosity more higher, so the solid phase which in clear liquid may be increased, the separation effect will become worse, at this time user should increase the material temperature and reduce viscosity to improve the separation efficiency (Max. feeding temperature should not more than 95 ℃).

Main technical parameter of model LW350

Application

This Decanter centrifuge is most often used for clarification of liquid containing high concentrations of solid, removing solids from liquid. This model is special used for purification of juice and dehydration of fruit fiber .

Certifications CE:

After service :

We provide the standard operating documents and notes of the equipment for free .

We are responsible for equipment installation and commissioning guidance, help buyer train operators, and terminate the training obligations after the employees can skillfully operate the equipment and signed and approved by both parties.

Equipment for lifetime maintenance, vendor shall regularly tracking service, help solve problems. After receiving the questions about the use of the equipment from the buyer, vendor shall issue a reply within 2 hours, if necessary the engineer should arrive the scene within 1 week to help solve the problem.

FAQ:

What is the difference between two - phase separation and three - phase separation?

A: Two-phase separation horizontal screw settling centrifuge: It is composed of base, hood, main bearing, drum, screw, differential, drive system and control system. The drum and the spiral rotate at the same high speed with the differential speed, and the material enters the inner cylinder of the spiral through the feed pipe and enters the drum from the feed port. Under the action of centrifugal force, the heavy solid phase material is deposited on the wall of the drum to form a sediment layer. The spiral will continuously push the deposited solid phase material to the end of the drum cone and discharge it out of the machine through the slag discharge port. The lighter liquid material forms the inner liquid ring, which continuously spills out of the drum through the overflow port at the big end of the drum and is discharged out of the machine through the drain port.

Three-phase separation horizontal snail sedimentation centrifuge: mainly used for solid-liquid separation, that is, to separate a solid phase (the highest density) and two different densities of liquid phase. The drum and the spiral rotate at the same high speed with the differential speed, and the material enters the inner cylinder of the spiral through the feed pipe and enters the drum from the feed port. Under the action of centrifugal force, the solid phase material is deposited on the drum wall to form a sediment layer, and the two liquid phase materials form a light liquid phase ring and a heavy liquid phase ring respectively. From the drum wall to the inward, the solid phase layer, the heavy liquid phase layer and the light liquid phase layer successively. The solid material deposited on the wall of the drum is continuously pushed to the end of the drum cone and discharged out of the machine through the slag discharge port. The light liquid phase and the heavy liquid phase overflow continuously through different overflow ports at the big end of the drum. Thus achieving three-phase separation.