Feeding granularity: 10-200 meshes
Application field: Liquid, powder, granular.
Applicable material: Screening and grading of various kinds of dust and particulate materials in laboratories, research rooms, etc.
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The standard pharmacopoeia sieve refers to the screen used for pharmaceutical production in accordance with the provisions of the Chinese Pharmacopoeia. Standard drug screen product models: caseΦ200 * 50, case Φ 200 * 25. It can classify, sieve, filter, and remove liquids, powders, and granular drugs. The sieve frame is made of high-quality stainless steel drawing and polishing. The wall thickness is 0.6-0 .7 mm and the surface light can be observed. Capable of temperatures below 300 degrees.
1. The screen frame is delicate and durable, with strict cooperation will not leak.
2. Screen mesh accuracy.
3. Non-magnetic, rust resistance, corrosion resistance, high temperature resistance.
The standard drug code sieve and test sieve are used in conjunction. In the work, the vertical vibration motor is used as the vibration source of the entire machine. Through the vibration motor, the vibration of the upper vibrator is driven, and then transmitted through the vibrator to the upper sieve frame of the vibrator. The material particles smaller than the mesh aperture are then screened to the lower sieve frame from the sieve frame that needs to be tested, so that the layers are screened so that only the same granularity material is left in the test sieve in each layer, and the granularity of different granularity is separated and determined. So that the material in the sieve frame can play a very effective role in filtering, grading and screening purposes.
Screen size | Diameter(mm) | Mesh | Granularity (μm) |
No.1 | 200 | 10 meshes | 2000±70μm |
No.2 | 200 | 24 meshes | 850±29μm |
No.3 | 200 | 50 meshes | 355±13μm |
No.4 | 200 | 65 meshes | 250±9.9μm |
No.5 | 200 | 80 meshes | 180±7.6μm |
No.6 | 200 | 100 meshes | 150±6.6μm |
No.7 | 200 | 120 meshes | 125±5.8μm |
No.8 | 200 | 150 meshes | 90±4.6μm |
No.9 | 200 | 200 meshes | 75±4.1μm |