Stainless Steel Analysis Sieve

What is Stainless Steel Analysis Sieve?

Stainless Steel Analysis Sieve is made of 304 stainless steel screen mesh and screen ring through machine pressing technology. The bottom of the screen is made of stainless steel screen mesh with standard mesh size, fine mesh, corrosion resistance, high temperature resistance, not easy to deform, and easy to clean; it is widely used in Screening and building materials of granular materials in food, abrasive, geological prospecting, metallurgy, pharmacopoeia, chemical industry, building materials and other industries, precise screening and detection of fine particles.

Common meshes of Stainless Steel Analysis Sieve screens: 20 meshes, 30 meshes, 40 meshes, 50 meshes, 60 meshes, 80 meshes, 100 meshes, 120 meshes, etc. Special meshes can be customized. Punching nets, etc. are used to make sample sieves.

spice testing and analysis

Stainless Steel Analysis Sieve Applications

Stainless Steel Analysis Sieve is used for the detection and analysis of particle mixtures of different sizes in laboratories in food, pharmaceutical, metallurgy, chemical, grain, abrasive and other industries.

2. Chemical industry: resins, plastics, rubber additives, dyes, fillers, etc.

3. Food: flour, cocoa, coffee, condiments, additives, etc.

Commonly used materials are: flour, condiments, additives, cocoa powder, Chinese and Western raw materials, western medicines, grain, corn, beans, glass powder, quartz sand, wood chips, wood powder, activated carbon, resin, plastic, etc.

Analysis standards for different mesh numbers

①Sieve soybeans with a 5-mesh sieve; ②Sieve soybeans with a 6-mesh sieve; ③Sieve mung beans with an 8-mesh sieve; ④Sieve sorghum rice with a 12-mesh sieve; ⑤Sieve rice with a 14-mesh sieve ; ⑥ 20-mesh sieve for sieving sesame; ⑦ 24-mesh sieve for sieving millet; ⑧ 30-mesh sieve for sieving corn flour; ⑨ 60-mesh sieve for sieving flour; 80~120 mesh sieve, pearl powder mostly choose 100~150 mesh sieve according to the grinding thickness.

Stainless Steel Analysis Sieve Specifications

Stainless Steel standard Analysis Sieve, detection sieve: diameter 5cm, 6cm, 8cm, 10cm, 20X5cm, 30X5cm

Stainless Steel Analysis Sieve, traditional Chinese medicine sieve, grain sieve: diameter 10X5cm, 15X5cm, 20X5cm, 25X5cm, 30X6cm, 40X7cm, 45X7cm, 50X9cm, 60X10cm

Cement Stainless Steel Analysis Sieve: 15cm, 13cm, 17X5cm, 20X5cm

Coal sample sieve, square hole, round hole: (wooden frame hole 0.2-100cm) 45X35X10cm, 75X75X10cm, 90X60X10cm

Stainless Steel Analysis Sieve material: ①Sieve bottom: stainless steel wire mesh, galvanized wire mesh, nylon wire mesh, chrome-plated sheet, stainless steel sheet, galvanized sheet, copper sheet, copper sheet, wood sheet, aluminum alloy sheet, plastic sheet. ②Sieve frame: Stainless steel plate, mild steel plate, wooden frame

Stainless Steel Analysis Sieve Bottom Shape: ①Square hole: The composition material can be: stainless steel mesh, galvanized mesh, cotton mesh, punching mesh square mesh, crimped mesh ② Round hole: The composition material can be: punching mesh round Hole net.③Rhombic hole: the composition material can be: expanded metal mesh, perforated mesh, rhombus hole mesh

Advantages of Stainless Steel Analysis Sieve

1. It is made of SUS304 stainless steel, which is not easy to rust, high temperature resistance, corrosion resistance and long service life.

2. The screen is tight and the mesh is uniform.

3. The uniform diameter can be stacked and placed step by step to improve the efficiency, and it is more convenient to use the matching bottom cover for the upper and lower parts.

Stainless Steel Analysis Sieve Mesh, Aperture Reference Table

About the mesh number: the mesh number is the number of sieve holes in a 1-inch (25.4mm) wide screen. The larger the mesh number, the smaller the sieve through the hole. big.

mesh	Aperture（mm）	mesh	Aperture（mm）	mesh/td>	Aperture（mm）
2 mesh	12.5	45 mesh	0.4	220 mesh	0.065
3 mesh	8	50 mesh	0.355	240 mesh	0.063
4 mesh	6	55 mesh	0.315	250 mesh	0.061
5 mesh	6	60 mesh	0.28	280 mesh	0.055
6 mesh	4	65 mesh	0.25	300 mesh	0.050
8 mesh	3	70 mesh	0.224	320 mesh	0.045
10 mesh	2	75 mesh	0.2	325 mesh	0.043
12 mesh	1.6	80 mesh	0.18	340 mesh	0.041
14 mesh	1.43	90 mesh	0.16	360 mesh	0.040
16 mesh	1.25	100 mesh	0.154	400 mesh	0.0385
18 mesh	1	110 mesh	0.15	500 mesh	0.0308
20 mesh	0.9	120 mesh	0.125	600 mesh	0.026
24 mesh	0.8	130 mesh	0.112	800 mesh	0.022
26 mesh	0.71	140 mesh	0.105	900 mesh	0.020
28 mesh	0.68	150 mesh	0.100	1000 mesh	0.015
30 mesh	0.6	160 mesh	0.096	1800 mesh	0.010
32 mesh	0.58	180 mesh	0.09	2000 mesh	0.008
35 mesh	0.50	190 mesh	0.08	2300 mesh	0.005
40 mesh	0.45	200 mesh	0.074	2800 mesh	0.003

Details of Stainless Steel Analysis Sieve

What is the process for stainless steel analysis sieve?

1. Weigh the sample according to the regulations.

2. Sieve the sample according to the size of the sieve holes.

3. When the thickness of the sieve residue layer on each No. sieve is greater than the maximum particle size of the sample, the sieve residue on the No. sieve should be divided into two parts and sieved again until the throughput of each sieve per minute More than 0.1% of the total sample.

4. When the particle size of the sieved particles is greater than 20.0mm, it is allowed to move the particles with fingers during the sieving process.

5. Weigh the remaining weight of each sieve, accurate to 0.1% of the total weight of the sample.

6. Compared with the total amount of the sample measured before the sieve, the difference between the sum of the sieve residue and the sieve bottom residue on the Stainless Steel Analysis Sieve shall not exceed 1%.

Stainless Steel Analysis Sieve Test Results

1. Divide the sieve residue on each sieve by the total amount of the sample to calculate the percentage of the sieve residue of the sieve (accurate to 0.1%);

2. The percentage of residual sieve calculated by each sieve is added to the percentage of residual sieve of each sieve larger than the sieve number, and the cumulative percentage of residual sieve is calculated (accurate to 1%);

3. Evaluate the particle gradation of the sample according to the accumulated sieve percentage of each sieve.