Test Sieve Shaker

description

The 200mm Laboratory Test Sieve Shaker is an ideal instrument for quantitative particle size analysis according to the known and proven sieving method. The particle size distribution of solids and suspensions of all kinds can be measured through dry or wet sieving. The sieving can be performed with woven analysis sieves or micro-precision sieves. The machine has been designed and manufactured to combine low cost with the benefits of a well designed and engineered test sieve incorporating many features usually found only on larger more expensive models.

Features

Laboratory table-top Design, small foot space and quiet operation.

A very precise instrument used for Quality Control in laboratory.

Up to 9 fractions in one sieving operation.

Free adjustment of all process parameters (time and amplitude).

Excellent separation efficiency even with short sieving times.

This model is primarily used to determine particle size range for dry materials, whatever particles or powder.

Functions

200mm Laboratory Test Sieve Shaker is suitable for inspection, screening,size grading, particles size distribution analysis of grains, powder and the impurity content analysis of solid, power and slurry materials in Laboratory and Quality Control Department.

Parts show

Technical Parameter

No.	Item		Unit	Data
1	Sieves		Layer	8
2	Diameter		mm	200
3	Material size		mm	0.038-3
4	Noise		db	≦50
5	Inventory rating		G	≦200
6	Vibration amplitude		mm	≦5
7	Vibration motor	Voltage	V	220-240
		Rotate speed	Rpm	1400
		Power	KW	0.12
8	Overall dimension (lengthwidthheight)		mm	300×360×736
9	Net weight		kg	37

Application
Thanks to various sieving motions and sieve sizes, it is possible to select the ideal instrument for practically any bulk material, including sands, crushed rock, clays, granite, feldspars, coal, and soil, a wide range of manufactured powders, grain and seeds, down to a minimum size depending on the exact method.

Selection guide
1. Layer number:______
2. Mesh size of each layer: ______mm
3. Working power supply: ______Phase______V ______HZ