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...Centrifuge Usage: It is used to separate particles suspended in solution, separate visible components in blood, and concentrate cells or other visible components in body fluid for analysis and determination....
... capacity for each emission point (extraction point list, extraction hood type, product recovery required). Particle analysis to determine the optimal conveyance velocity of the extracted dust/ powder. Deter...
...with laser granularity analysis of laser control system, make the powder particles both charged and enough kinetic energy, it is easy to reach the grooves, corner, overcome the difficult on powder (Faraday c...
... weather resistance. Add a special conductive additives and with laser granularity analysis of laser control system, make the powder particles both charged and enough kinetic energy, it is easy to reach the ...
...with laser granularity analysis of laser control system, make the powder particles both charged and enough kinetic energy, it is easy to reach the grooves, corner, overcome the difficult on powder (Faraday c...
...with laser granularity analysis of laser control system, make the powder particles both charged and enough kinetic energy, it is easy to reach the grooves, corner, overcome the difficult on powder (Faraday c...
... of different densities and different particle sizes in a suspension or emulsion, or to perform analysis while separating. It has a wide range of applications and is suitable for laboratory use in chemical, ...
... Apertured for increased absorbency and increased surface texture for improved cleaning efficiency Low extractable levels and particle and fiber counts Very durable with high wet strength Chemically ...
... cut/Ultrasonic sealed edge maximize reduces fiber contamination.Extremely low levels of particulate and extractable counts.Excellent absorbency and wiping efficiency. Feature: • Ultra-low particle and fiber...
... capabilities. We carry IP55 enclosures that demonstrate almost complete protection from particles and a good level of protection against water, All of our enclosures rigidly adhere to the guidelines, so you...
...demonstrate almost complete protection from particles and a good level of protection against water, All of our enclosures rigidly adhere to the guidelines, so you can count on outstanding and cost-effective ...
... Cadmium≤0.5ppm Chromium≤2.0ppm Pb≤2.0ppm Total Mercury≤0.5ppm Loss on Drying: ≤5.0% 2. Microbiological Control Total plate count: ≤1000cfu/g Yeast & Molds: ≤100 cfu/g E.coli....
... Cadmium≤0.5ppm Chromium≤2.0ppm Pb≤2.0ppm Total Mercury≤0.5ppm Loss on Drying: ≤5.0% 2. Microbiological Control Total plate count: ≤1000cfu/g Yeast & Molds: ≤100 cfu/g E.coli....
...Assay: Puerarin≥ 98% By HPLC Particle size: 80 Mesh Total Heavy Metals : ≤10ppm Loss on Drying: ≤2.0% Ash: ≤1.0% 2.0 Microbiological Control Total plate count: ≤1000cfu/g Yeast & Molds: ≤100cfu/g Arsenic:...
...Assay: Puerarin≥ 98% By HPLC Particle size: 80 Mesh Total Heavy Metals : ≤10ppm Loss on Drying: ≤2.0% Ash: ≤1.0% 2.0 Microbiological Control Total plate count: ≤1000cfu/g Yeast & Molds: ≤100cfu/g Arsenic:...
...%,25%,5% Particle size: 80 Mesh Total Heavy Metals : ≤20ppm Cadnium ≤0.3ppm Mercury ≤0.5ppm Arsenic ≤5 ppm Loss on Drying: ≤5.0% Ash: ≤5.0% 2.0 Microbiological Control Total plate count: ≤1000cfu/g Yeast ...
...%,25%,5% Particle size: 80 Mesh Total Heavy Metals : ≤20ppm Cadnium ≤0.3ppm Mercury ≤0.5ppm Arsenic ≤5 ppm Loss on Drying: ≤5.0% Ash: ≤5.0% 2.0 Microbiological Control Total plate count: ≤1000cfu/g Yeast ...
... :≤20ppm As≤2.0ppm Pb≤2.0ppm Loss on Drying:≤2.0% Ash:≤1.0% Drying Method:Vacuum drying 2.0 Microbiological Control Total plate count:≤1000cfu/g Yeast & Molds:≤100 cfu/g E.coli.Negative Salmonella species:Ne...
... :≤20ppm As≤2.0ppm Pb≤2.0ppm Loss on Drying:≤2.0% Ash:≤1.0% Drying Method:Vacuum drying 2.0 Microbiological Control Total plate count:≤1000cfu/g Yeast & Molds:≤100 cfu/g E.coli.Negative Salmonella species:Ne...