Laboratory Rotary Slurry Splitter

Popular Models: The 911MPE-RSSD-12 rotary slurry sample splitter enables the uniform division of any pulp into a maximum of 12 equal samples.
Capacity: <2 L/min
Application: It is widely used for solid-liquid separation of materials in experimental fields such as chemistry, biology, geology, food, medicine, mineralogy research and sample preparation.

Description

The laboratory rotary slurry splitter separates solid particles from liquid in a (slurry) mixture. Its purpose is to divide a representative sample of a slurry or suspension into smaller representative portions for analysis, testing or further experimentation. The key advantage of lab rotary slurry splitter is its ability to separate samples evenly and accurately. It is often used in ore analysis, mineral precipitation, pulp separation and other experimental operations. In addition, our laboratory rotary slurry splitter has an automatic function, which can set the separation program and parameters, reduce the operation steps of the operator, and improve the efficiency of the experiment.

Advantages

High-efficiency separation

The lab rotary slurry splitter can quickly separate the solid particles and liquid in the sample in a short time, so it is suitable for experiments that require fast separation and improves work efficiency.

Adjustable Speed:

The user can adjust the rotation speed of the separator according to the experimental requirements, thereby controlling the magnitude of the centrifugal force to meet the separation requirements of different sample types.

Reagent-free

Compared with other separation methods, lab rotary slurry splitters generally do not require special reagents, avoiding problems that may affect the chemical properties of the material.

Save time

This lab rotary slurry splitter eliminates manual splitting or tedious separation processes, allowing researchers to focus more on analyzing data.

Principle

Laboratory rotary slurry splitter operate on the principle of rotational motion and gravity. It consists of drums or containers that place samples at even intervals in openings or chutes. The slurry is poured into the drum, and as the drum rotates, centrifugal force pushes the material toward the opening, allowing it to be divided into representative sub-samples. These parts can then be collected and processed separately.

Specification

Item	Unit	XSHF2-3
Slitting Ratio		12、6、4、3、2 for one time
Relative Error in Weight	%	<2(when Splitting Ratio<6)
Feed Concentration	%	5-50
Feed Size	mm	<0.5
Capacity	L/min	<2
Volume of Mixing Tank	L	4
Mixing Motor Power	W	120
Mixing Motor Speed	r/min	1390
Speed of Mixing Impeller	r/min	<568
Power of distributor	W	90
Speed of distributor	r/min	40
Total Power	W	210
Dimensions	mm	550×420×1200
Weight	kg	90