Home > Chemicals > Chemical Auxiliary & Catalyst > Chemical Auxiliary > HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography

HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography

HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography photo-1
HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography photo-2
HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography photo-3
HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography photo-4
HAISU Silica Gel High-purity Grade, Pore Size 60 Å, 230-400 Mesh Particle Size, 40-63 μm Particle Size, for Flash Chromatography photo-5
Negotiable MOQ: 1 Bag (Price negotiable depending on order volume and customization)
Key Specifications
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Brand Name:
HAISU
Place of Origin:
China
Model Number:
pore size 60 Å, 230-400 mesh particle size, 40-63 μm
Payment & Shipping
Payment Methods:
Port of Shipment:
QingDao China
Delivery Detail:
7 days
Brand Name HAISU
Place of Origin China
Model Number pore size 60 Å, 230-400 mesh particle size, 40-63 μm
Type Adsorbent
Purity 99%
CAS No. 68909-20-6
Usage Other, Biomedical,Intermediate,Active pharmaceutical ingredients,Plant extraction
Adsorbent Variety Silica Gel

Silica Gel Column Chromatography

E-mail: alice-haisu@outlook.com

TEL:16678701955

WeChat13751016569 16678701955

Column chromatography is the ideal method of chromatography for purification and separation. It is a technique in which the stationary phase is solid adsorbents like silica gel and activated alumina powder and the mobile phase is a liquid. The principle of active compound separation depends on the activity of adsorbents and polarity of the solvent. If the polarity of the solvent is very low and the activity of the adsorbent is strong and high, then result of separation of compound is good. On the other hand, if the polarity of the solvent is very high and the activity of adsorbents is high then it gives poor results of compound separation. It means purification and isolation of compounds are not 100% pure.

The process of column chromatography is the oldest and the most common technique f or the separation of complex mixtures packed in a column. Chromatography is a technology by which a mixture of chemicals are separated by its components between two phases like stationary phase which is remain fixed in placed using two adsorbents such as silica gel and activated alumina, while as mobile phase is another method which is slowly movable and flows down through the column by either gravitational forces or external pressure into the column. The Stationery phase may be solid or liquid and the mobile phase is always in solid liquid foam use different solvents.

 

Analytical Chromatography:The collectively term of chromatography is may be analytical or preparative. The starting phase of chromatography is analytical chromatography with little amount of silica gel mesh  60-120 size by using analytical column packaging, to analysis how many percentage of mixture is purify. Analytical chromatography is a simple method of chromatography with faster and cost effective separation. In analytical chemistry development, techniques for solving chemical subtracts by using thin layer plates coated silica gel on glass plate. This technique becomes standard analytical tools in pharmaceutical laboratories.

Preparative Chromatography:  Focus on the latest chromatography technologies such as preparative and process chromatography to optimize the current and standard opportunities to optimize chromatography process in proper way. After preparative process, improving impurity profile and speed of separation use semi-preparative chromatography.

Process Chromatography:  Process chromatography technology is utilized on a large scale with dynamic binding capacity. We are developing large scale process chromatography for improving purity in various biologics such as proteins, virus, vitamins, hormones, anti-bodies. In process chromatography use stationery phase adsorbents like silica gel and activated alumina are used in bulk quantity. Silica gel 230-400 and 400-800 mesh sizes are used in process chromatography to get more purity of active compounds.

Gravity Chromatography: Gravity chromatography is a manual process of require continuously observed.  Solvent allowed to move down the column by gravitational forced and the flow rate can be manually controlled. The practical size use of silica gel is 70-230 mesh and 63-200 microns.


pore size Catalog No. particle size(mesh) particle size             (μm) pack
90Å 2.1002004C 20-40 mesh 380-830 100g,500g,1kg,5kg,10kg 20kg,25kg
2.1003006C 30-60 mesh 250-550
2.1004008C 40-80 mesh 180-380
2.1004010C 40-100 mesh 150-380
2.1004012C 40-120 mesh 120-380
2.1006008C 60-80 mesh 180-250
2.1006010C 60-100 mesh 150-250
2.1006012C 60-120 mesh 120-250
2.1008010C 80-100 mesh 150-180
2.1008012C 80-120 mesh 120-180
2.1008012C 100-160 mesh 96-150
2.1010020C 100-200 mesh 75-150
2.1016020C 160-200 mesh 75-96
2.1010023C 100-230 mesh 63-150
2.1020030C 200-300 mesh 48-75
2.1030040C 300-400 mesh 38-48
2.1040080C 400-800 mesh 18-38
2.1050080C 500-800 mesh 18-25
60Å  2.2023040C 230-400 mesh 40-63
2.2007023C 70-230 mesh 63-200
Other pore size and particle size support customization




Product Tags: 230-400 mesh , 40-63 μm , pore size 60 , for flash chromatography , Silica gel , Silica

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Verified Business License
Business Type
Manufacturer
Year Established
2022
Factory Size
3,000-5,000 square meters
Annual Export Value
US$50 Million - US$100 Million