laboratory test sieve

laboratory test sieveScreen making process

Woven wire mesh

Perforated plate screen

Electroforming screen

Woven wire mesh (widely used meshes ranging from 2.36 mm to 0.02 mm only have square meshes)

Perforated plate screen (mainly used in large meshes, with round and square meshes ranging from 0.2 to several hundred millimeters);

Woven wire, usually square mesh, the most common type of screen

Perforated plate screen (mainly used in large meshes, with round and square meshes ranging from 0.2 to several hundred millimeters)

It is made by mechanical punching of metal plate, the mesh is usually square or round, with good flatness and high compressive strength, suitable for soil and rock sample testing

Electroforming screen (mainly used in high-precision occasions, each mesh can be within the average error range).

The finest sieve type, the mesh is extremely fine, only suitable for the analysis of a small amount of light and thin samples, and it is forbidden to handle heavy objects to cause rupture

laboratory test sieve material

Stainless steel laboratory test sieve: The most common type of stainless steel material, the sieve frame is polished, smooth and rust-free, and the sieve is flat, suitable for sieving of most samples.

Brass laboratory test sieve: It has strong wear resistance and good chemical corrosion resistance. It can detect and analyze some materials with high hardness and special chemical properties. It can be used in medicine, food, chemical industry, geology and other industries.

Nylon laboratory test sieve: all made of PVC material, anti-corrosion nylon mesh, no metal, no magnetism, no static electricity. Handle sample materials that cannot be in contact with metals, such as: zirconium oxide, fluorescent powder, and some special chemical additives, etc.

Advantage

1. The laboratory test sieve of various materials can be selected according to the characteristics of the sample and can be customized.

2. The material is stretched and formed at one time, non-magnetic, with precise coordination, no material leakage, wall thickness 0.6mm, durable and no deformation, polished surface, exquisite and beautiful.

3. The screen and the screen frame are connected by welding, which can withstand 400° high temperature, and can be used for inorganic and organic solutions.

4. In line with ISO3310 standards, the product model is accurate and can be nested.

Technical parameters

Items	Name	Unit	Data
1	Layers	layer	1-8
2	Diameter	mm	200, 300
3	Sieve frame	mm	100, 200, 300, 400
4	Noise	db	below 50
5	Feeding Capacity (Once)	g	<200 g/ml
6	Amplitude	mm	<5
7	Voltage	v	220 v / customized
8	Power	kw	0.125
9	Overall Dimension	mm	450*410*700
10	Weight	kg	60

No.	Type	Mesh(mm)	No.	Type	Mesh(mm)
1	8#	2.360	15	70#	0.212
2	10#	2.000	16	80#	0.180
3	12#	1.700	17	100#	0.150
4	14#	1.400	18	120#	0.125
5	16#	1.180	19	140#	0.106
6	18#	1.000	20	170#	0.09
7	20#	0.850	21	200#	0.075
8	25#	0.710	22	230#	0.063
9	30#	0.600	23	270#	0.053
10	35#	0.500	24	325#	0.045
11	40#	0.425	25	400#	0.038
12	45#	0.355	26	500#	0.028
13	50#	0.300	27	>500#	<0.028
14	60#	0.250

Common material reference: select the number of screen meshes according to the material

Cassia	14 mesh	Buckwheat	12 mesh	Tenebrio molitor eggs	12 mesh
Worm dung	30 mesh	Soybeans	4-5 mesh	green beans	10 mesh
Rice	12-14 mesh	rice flour	30-40 mesh	Cornmeal	30-40 mesh
flour	50-60 mesh	Miscellaneous grains	40-50 mesh	Sesame Millet	22-24 mesh
Fried Chicken Burger Breaded	20-30 mesh	Mung bean flour	40-50 mesh	Sesame powder	40-50 mesh
Notoginseng powder	100-120 mesh	Pine pollen	100-120 mesh	Chinese medicine powder	40-50 mesh
Oral Chinese medicine powder	60-80 mesh	Traditional Chinese Medicine Mask	80-120 mesh	Pearl powder	120-150 mesh
Medicine residue	60-150 mesh	Soy milk	80-120 mesh	honey	80-120 mesh
Soup dregs	120-150 mesh	Tea water	120-150 mesh	Cooking oil	150-200 mesh

Product Details

Video display

laboratory test sieves for flour

laboratory sieve shaker for aggregate

How to use laboratory test sieves