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Latex Centrifuge Separator Machine separates the rubber into skim milk and latex., Super centrifuge, Centrifuge with ISO - details see: https://www.machineto.com/rubber-latex-centrifuge-separator-machine-10302750

Rubber Latex Centrifuge Separator Machine

Latex Separator

Latex Centrifuge

Latex, also known as natural rubber, is the milky sap of the tropical rubber tree. The main countries

cultivating this tree are Asia, Africa and Central America. Latex is still the most important starting material in

the productionof rubber. Modern life is virtually inconceivable without this raw material, so varied are the

items for daily life wemake from it.

The process is as follows: after the rubber milk has been harvested, collected and transported to the

productionfacilities, it is first stored in large sedimentation tanks to separate off impurities. After a certain

settling period, the latex milk is passed to the separator system.

The separators separate the majority of the aqueous phase, the so-called “skim milk”, and other

contaminants from the plantation milk. The plantation milk, also known as “field latex”, contains around

30 percent latex. Afterseparation of the skim milk, the latex fraction in the concentrate increases

to over 60 percent. Once stabilizing additives have been added, the concentrate is sold as

commercially-available latex.

This product is especially good for making rubber gloves, condoms, balloons or other molded thin-walled

rubberitems.

The aqueous skim milk can still contain up to five percent latex. By adding chemicals in a treatment system

downstream of the separators, rubber can be recovered from the skim milk. The natural rubber obtained by

thismeans is sold in blocks and used for more robust rubber items, in particular car tires.

Model	mm Diameter	r/min Speed	L/h Capacity	MPa Inlet Pressure	kW Motor Power	mm Overall size	kg Weight
250	245	7300	2000	≥ 0.05	4	865×750×1100	500
320	315	7200	4000		5.5	950×900×1220	700
360	355	6700	5000		7.5	1000×900×1300	800
400	400	6500	8000		11	1152×1125×1352	1000
500	530	5900	10000		18.5	1800×1400×1800	1500

Latex Centrifuge Separator

Latex Centrifuge Separator is widely used for Latex extraction. And the centrifuge is used for liquid-liquid-solid separation

and liquid-liquid separation.

Tubular centrifuge

Industrial centrifuge

High capacity centrifuge

Super centrifuge

Centrifuge with CE ISO

Our High-speed Tubular Bowl Centrifuge is widely used in a variety of biological processes from cell

harvesting and clarifying to separations of chemicals, foods, blood and pharmaceuticals.

The centrifuge is characterized by their ability to process many times the volume of their tubular bowl.

Fluid mixtures are fed into the bottom of the rapidly rotating separating chamber of the centrifuge.Solids

are retained, while liquid components are expelled from the top of the chamber through a collection tray.

For liquid-liquid separations, two collection trays are used. The retained solids cake is dry and densely

packed by the high G-forces of the High-speed Tubular Bowl Centrifuge.

The most difficult separation tasks can often involve three phases, with hardly any difference in the density

of the separate liquid phases and with the particles to be separated very small in size. In such applications,

no other technology can compete with High-speed Tubular Bowl Centrifuge technology.

The optimum size centrifuge for a given application depends on the volume and properties

of the process liquid. Typical process volumes specified for each centrifuge are approximate.

Tubular Bowl Centrifuge operate at high speed, generating up to 20,000 gravities of centrifugal force,

causing solids to collect inside the smooth bore of the stainless steel tube where they are easily recovered.

Tubular Centrifuges are an excellent replacement for many traditional filter and membrane applications due

to their high efficiency (virtually no product loss) and small footprint.

Tubular Bowl Centrifuges have two types: GF Tubular Bowl Centrifuge and GQ Tubular Bowl Centrifuge

GF Tubular Bowl Centrifuge

GF Tubular Bowl Centrifuge is for liquid-liquid-solid separation and liquid-liquid separation.

OPERATION: Centrifugal force drive the heavier fluid toward the bowl wall of the centrifuge while the lighter

fluid is displaced to the center of the centrifuge bowl.

FLOW: Fluid flow in and out of the centrifuge is continuous. In the illustration the heavier phase discharges

through the left outlet and the lighter fluid discharges through the right outlet. If any solids are present they

will be collected on the bowl wall and may be removed periodically.

The centrifuge is a high-speed centrifuge, with strong separating capacity. The bowl of the centrifuge rotates

around its axis and forms a strong centrifugal force, the centrifugal force separates a mixture of two immiscible

liquids that may contain fine suspended solids, in small quantities, heavier than either liquid.

The mixture enters the centrifuge through an inlet at the bottom of the machine, and is introduced into the

hollow cylindrical rotor which has two outlets at the top to allow discharge of the separated liquids. The bowl

of the centrifuge turns at 15000r.p.m.or higher, and generates a centrifugal force in excess of 21000times

the force of gravity. This force separates the two liquids according to their specific gravities into concentric

cylindrical layers. The lighter liquid is nearer the centre of the bowl and the heavier liquid forms the outside

layer. The lighter liquid and the heavier liquid flow out from their respective liquid outlets. At the same time

the solids are deposited against the bowl wall and the solids are cleaned out when the centrifuge stop.

GQ Tubular Bowl Centrifuge

GQ Tubular Bowl Centrifuge is for solid-liquid separation.

OPERATION: Centrifugal force cause suspended solids to migrate to the centrifuge bowl wall where they

are retained. As the fluid travels up through the bowl, solids eventually migrate to the wall and the clarified

fluid is discharged through the top center of the bowl.

FLOW: Fluid flow in and out of the centrifuge is continuous while the solids are collected on the tube wall in

a batchwise manner.

The centrifuge is a high-speed centrifuge, with strong separating capacity. The bowl of the centrifuge rotates

around its axis and forms a strong centrifugal force; the centrifugal force separates a mixture of liquid and solid.

The mixture enters the centrifuge through an inlet at the bottom of the machine, and is introduced into the

hollow cylindrical rotor which has one outlet at the top to allow discharge of the separated clarification liquid.

The bowl of the centrifuge turns at 19000r.p.m.or higher, and generates a centrifugal force in excess of

21000times the force of gravity. This force separates the mixture according to their specific gravities.

The lighter liquid is nearer the centre of the bowl and the heavier liquid forms the outside layer. The clarification

liquid flows out from its outlet at the top. At the same time the solids are deposited in the bowl and it is cleaned out

when the centrifuge is shut down.

The liquid to be separated or clarifiles is fed to the centrifuge bowl(R) through the feeding nozzle(X)

of the centrifuge bottom.One(P) or(P,L)liquid layers are formed,if the centrifuge in use is either the

clarifying type centrifuge-GQ or the separating type centrifuge-GF.The high density layer(P)occupies

the outer part of the centrifuge bowl,and the lighter one(L)lies at the inner part.The bowl wall captures

the solid(S) and the separated liquids are discharged through the collectors(R) at a continuous rate.

Tubular centrifuge is a type of decanter centrifuge operating at high speed. This type of centrifuge has

simple structure and operates reliably. Among centrifuges, this centrifuge has the highest separation

factor and best separation effect.

For the tubular centrifuge has high separation factor, few ancillary equipments, small floor space, and can

separate the materials which are hard for general centrifuges with easy operation and maintenance, the

centrifuge is widely used in industries such as blood products, bio-pharmaceuticals, TCM extraction,

health care products, fuel, food, fine chemical industry, and can be selected according to different

users'demands.

HIGH PERFORMANCE TUBULAR CENTRIFUGES

The Centrifuge is designed to operate at high speeds to generate up to 13,600 gravities of centrifugal force.

Tubular centrifuges are used for the recovery or the elimination of liquid suspended impurities, and for the

separation of two (2) non-miscible liquids of different densities. The GQ and GFP are available either as a

clarifying type or separating type of tubular centrifuge.

Clarifying Type (Solid-Liquid Separation) Centrifuge

The GQ and GF configured as a clarifying type of tubular centrifuge is designed to separate low percentages

of solids between 1 and 0.001 microns in size which are suspended in a liquid. The high centrifugal force

generated causes the solids to migrate to the wall of the centrifuge tube where they are retained. The clarified

liquid is the discharged at the top of the tube.

Separating Type (Liquid-Liquid Separation) Centrifuge

The GF configured as a separating type of tubular centrifuge is designed to separate two (2) immiscible liquids

of differing densities. The high centrifugal force generated causes the high density liquid to migrate toward the

tube wall while the lower density liquid is displaced to the center of the tube. The separated liquids are then

discharged at the top of the tube with dedicated outlets.

Separating Type (Liquid-Liquid-Solid Separation) Centrifuge

The GF can also be configured as a separating type of tubular centrifuge to separate three (3) phase solutions.

If any solids are present they will collect on the wall of the centrifuge tube while the two (2) separated liquids are

discharged at the top of the tube by the dedicated outlets.

Centrifuges from our company including

Tubular centrifuge

Disc centrifuge

Basket centrifuge

Peeler centrifuge

Push centrifuge proteins centrifuge

silicate centrifuge

cell fraction centrifuge

antibiotics centrifuge

bacteria centrifuge

naphtholate centrifuge

bio-fuel centrifuge

biomass harvesting centrifuge

bioremediation centrifuge

blood fractionation centrifuge

brewer's yeasts centrifuge

brine sludge centrifuge

calcium carbonate centrifuge

calcium sulphate centrifuge

chromium hydroxide centrifuge

cocoa centrifuge

cryoglobulin centrifuge

cutting oil centrifuge

dicalcium phosphate centrifuge

dye centrifuge

escherichia colielectroplating solutions centrifuge

enzyme centrifuge

ethanol stillage centrifuge

fat centrifuge

fermentation centrifuge

fish oils centrifuge

flavorings centrifuge

effluents centrifuge

fruit juice centrifuge

fungus centrifuge

gamma centrifuge

graphite centrifuge

nitrate centrifuge

gum centrifuge

herbal centrifuge

hydraulic oil centrifuge

ink centrifuge

insulin tissue centrifuge

iron oxide centrifuge

lactose centrifuge

nano centrifuge

paper mill effluent centrifuge

pathogens centrifuge

pharmaceuticals centrifuge

pigments centrifuge

polymers centrifuge

precious metals centrifuge

protein precipitate centrifuge

prothrombin centrifuge

refinery effluent centrifuge

salicylic acid centrifuge

sodium nitrite centrifuge

sodium sulphate centrifuge

spirillum centrifuge

spore collection centrifuge

tallow centrifuge

titanium dioxide centrifuge

varnish centrifuge

vegetable oil centrifuge

virus recovery centrifuge

wine clarification centrifuge

yeast centrifuge

There are multiple types of centrifuge:

Fixed-angle centrifuges are designed to hold the sample containers at a constant angle relative to the

central axis.

Continuous tubular centrifuges don't have individual sample vessels and are used for high volume

applications.

Ultracentrifuges are optimized for spinning a rotor at very high speeds.

Haematocrit centrifuges are used to measure the percentage of red blood cells in whole blood.

Gas centrifuges, including Zippe-type centrifuges

Screen centrifuges, where the centrifugal acceleration allows the liquid to pass through a screen of some

sort, through which the solids cannot go (due to granulometry larger than the screen gap or due to

agglomeration). Common types are:

Screen/scroll centrifuges

Pusher centrifuges

Peeler centrifuges

Decanter centrifuges

Solid bowl centrifuges

Conical plate centrifuges