Welcome Customer !

Membership

Help

Shenzhen Kemis Technology Co., Ltd
Custom manufacturer

Main Products:

pharmamach>Products

YMC * GEL preparation of chromatographic packing materials

NegotiableUpdate on 03/04
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
YMC Company produces a wide variety of fillers with complete specifications, especially reverse phase fillers, making it one of the few manufacturers in the world that can simultaneously provide such a rich variety of fillers. There are two types of fillers: spherical and irregular, each with a wide variety of varieties. Spherical fillers can be used for analysis and preparation of chromatographic columns. Compared to irregular fillers, due to its high uniformity, it has higher column efficiency, better loading reproducibility, and low pressure drop. Irregular packing is commonly used in the preparation of chromatography columns and open chromatography columns.
Product Details

For all fillersYMCThe company has implemented thorough quality management and achieved inter batch(Lot-to-Lot)Reproducibility. It has been adopted by many customers in the fields of medicine, chemistry, food, etc. both domestically and internationally.

YMCThe company produces a wide variety of fillers with complete specifications, especially reverse phase fillersIt is one of the few manufacturers in the world that can simultaneously provide such a rich variety of fillers. There are two types of fillers: spherical and irregular, each with a wide variety of varieties. Spherical fillers can be used for analysis and preparation of chromatographic columns. Compared to irregular fillers, due to its high uniformity, it has higher column efficiency, better loading reproducibility, and low pressure drop. Irregular packing is commonly used in the preparation of chromatography columns and open chromatography columns.

YMC*GELCharacteristics of chromatographic packing materials:

Already registered in the United StatesFDAThe drug master file(DMF)In addition, it has obtained safety certification for fillers;

The particle diameter is10um15um20um50um75um150umof6Planting and implementing strict quality management;

For large-scale preparation (column diameter size)50mmAbove), the particle diameter distribution is narrow and the performance is high. The particle diameter is20um50um75um150umThe filling material is the most effective;

YMCThe preparation of spherical fillers includes reverse phase, normal phase, optical isomer separation, etc., and the types of functional groups are very rich.

Selection criteria for chromatographic packing materials:

Molecular weight of the sample

functional group

Micro pore diameter

C18

C8

C4

5,000

20,000

100,000

12nm

20nm

30nm

explain:1Used for molecular weight in5,000Separation of the following compounds (micropore size:8nm12nm

2Used for molecular weight in5,000100,000Separation of left and right compounds (micropore size:20nm30nm

YMC*GELPreparation of chromatographic packing materials:

product

characteristic

USP

type

aperture

nm

Particle size

um

C%

pHrange

Pro C18

Faster end sealing than previous products(Inactivation)Processed byODSFillers are used to minimize the impact of residual silanol groups on strength. High universality, capable of excellent separation ability for all compounds such as alkaline compounds.

L1

12

10

16

2.0-8.0

ODS-A

The most representativeODSFillers, with moderate carbon loading and highly inactive surface structure, have good separation ability for a wide range of compounds.

L1

12

10-150

17

2.0-7.5

20

10/15/20

12

30

10/15/20

7

ODS-AQ

giveODS-ACompared to it, it is particularly suitable for separating hydrophilic compounds and can be used100%Water as the mobile phase.

L1

12

10-50

14

2.0-7.5

20

10/15

10

Polymer C18

Introduction of Octadecyl Group onto Isobutylene Ester Polymer

-

-

10

10

1.5-13.5

C8(Octyl)

Importing n-Octaalkyl and performing end capping treatment, suitable forODSSeparation of compounds with relatively high hydrophobicity that are difficult to dissolve.

L7

12

10/15/20

10

2.0-7.5

20

10/15/20

7

30

10/15/20

4

C4(Butyl)

Importing n-butyl and performing end group tail sealing treatment has advantages overC8The surface structure of fillers with lower hydrophobicity is suitable for the separation of peptides and proteins.

L26

12

10/15/20

7

2.0-7.5

20

10/15/20

5

30

10/15/20

3

C1TMS

The reverse phase packing with the least hydrophobic properties for introducing methyl groups.

L13

12

10/15/20

4

2.0-7.5

Phenyl

Import the reverse phase filler of phenyl group.

L11

12

10/15/20

9

2.0-7.5

Amino

Importing the positive phase of aminopropyl/Reverse phase packing.

L8

12

10

3

2.0-7.5

Cyano

Import the normal phase of nitrile propyl group/Reverse phase packing.

L10

12

10/15/20

7

2.0-7.5

Diol

Dihydroxypropyl normal phase filler can also be used for gel filtration.

L20

12

10/15/20

-

2.0-7.5

20

15

-

Silica

Fully porous silicone filler, the most representative normal phase type. Both medium and low pressure applications and open column applications are equipped with spherical products with large particle diameters.

L3

6

10-150

-

2.0-7.5

12

10-150

-

20

10/15

-

30

10/15

-

100

10/50

-

PROTEIN-RP

Silicone reverse phase packing designed specifically for protein and peptide separation, with excellent acid resistance

-

-

20

4

1.5-7.5

PREP CD ST

PREP CD PM

PREP NEA

Suitable for optical isomer separation.

STMainly suitable for use in reverse phase;

PMCan be used in both positive and negative phases.

L45

12

10/20/50

-

2.0-7.0