AELAB Chromatography Media | High-Purity Silica Gel Packing - A-E-L-A-B

AELAB Chromatography Media | High-Purity Silica Gel Packing

Model :Chromatography Media

AELAB’s Chromatography Media is engineered with high-purity silica gel, modified through advanced processes including grafting, capping, and end-capping. Designed for high stability and reproducibility, it is widely applied in pharmaceutical, natural product, and biochemical separations, ensuring reliable results at both analytical and industrial scales.

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Overview

AELAB Chromatography Media is developed using advanced technology with silica gel as a matrix, further modified through grafting, capping, and end-capping processes. Designed for pharmaceutical, biochemical, and chemical separations, it ensures high reproducibility, stability, and efficiency across laboratory and industrial applications.

Main Product Types

1. Amorphous Packing

Made from high-purity, low-metal silica with a very high surface area

Functional groups such as C18, C8, C4, phenyl, amino, diol, sulfonic acid, etc. can be bonded

Ideal for SPE, Flash chromatography, and large-scale industrial separation

Specifications: particle size 40–60 μm, pore size 60–100 Å, surface area 300–550 m²/g

2. Spherical Packing

Uniform particle sizes (5–60 μm) and pore sizes (60–300 Å)

High pressure resistance and reproducibility

Suitable for HPLC and Flash column applications

🔬 How It Works?

Chromatography Media works by providing a highly porous silica gel matrix with functional group modifications tailored for separation. The silica surface is bonded with groups like C18, NH₂, or HILIC, enabling specific interactions between compounds and the stationary phase. When solvents flow through the column, components are separated based on polarity, charge, or hydrophobicity — ensuring high efficiency and reproducibility for both small-scale analysis and industrial-scale purification.

💡 Advantages

Superior Purity: High-purity silica carrier with low metal content for cleaner separations
Customizable: Multiple bonding phases and pore sizes for diverse applications
High Efficiency: Narrow particle size distribution ensures consistent results
Durable Performance: Excellent mechanical strength and pressure resistance
Cost-Effective: Local production offers a reliable alternative to imported media
Scalable: Available in lab, pilot, and industrial-scale packaging

🔍 Recommended Models by Use Case

Educational & Training Labs: Amorphous silica media, economical and versatile for routine separations
Pharmaceutical & Biotech R&D: Spherical silica with C18/C8 bonding for analytical HPLC applications
Quality Control & Food Testing: NH₂ and HILIC phases for carbohydrate and polar compound analysis
Industrial-Scale Purification: Large-particle amorphous silica media for cost-effective bulk separations

🧪 Ideal For

Pharmaceutical research and development
Natural product extraction and purification
Chemical synthesis quality control
Food safety laboratories
Biochemical and life sciences industries

Specifications

Technical indicators of Amorphous Packing

Normal Phase	Bonded phase	Silica, Silica(CM), NH2, HILIC. Etc.
	Pore size	60Å, 90Å, 100Å
	Average particle size	40μм-60μм
	Water content	3%-5%
	Surface area	350㎡/g, 550㎡/g

Reversed Phase	Bonded phase	C18,C8,C4,CN,SAX,SCX.etc
	Pore size	60Å, 100Å
	Average particle size	40μм-60μм
	Water content	3%-5%
	Surface area	300㎡/g, 350㎡/g, 500㎡/g

Technical indicators of Spherical Packing

Normal Phase	Bonded phase	Silica, Silica (CM), NH2, HILIC
	Pore size	60Å, 90Å, 100Å, 120Å, 150Å, 300Å
	Average particle size	5μм, 10μм, 15μм, 25μм, 40μм, 60μм
	Water content	3%-5%
	Surface area	350㎡/g, 550㎡/g

Reversed Phase	Bonded phase	C18, C18(P), C18(ABS), C8, C4, phenyl, HLP
	Pore size	100Å, 110Å, 120Å, 150Å, 300Å
	Average particle size	5μм, 10μм, 15μм, 25μм, 40μм, 60μм
	Water content	3%-5%
	Surface area	300㎡/g, 340㎡/g

	Bonded phase	Silica,Silica (CM),NH2,HILIC
	Pore size	60Å,90Å,100Å,120Å,150Å,300Å
	Average particle size	5μм,10μм,15μм,25μм,40μм,60μм
	Water content	3% - 5%
	Surface area	350㎡/g,550㎡/g
	Bonded phase	Silica,Silica(CM),NH2,HILIC
	Pore size	60Å,90Å,100Å,120Å,150Å,300Å
	Average particle size	5μм,10μм,15μм,25μм,40μм,60μм
	Water content	3% - 5%
	Surface area	350㎡/g,550㎡/g
	Bonded phase	Silica,Silica(CM),NH2,HILIC
	Pore size	60Å,90Å,100Å,120Å,150Å,300Å
	Average particle size	5μм,10μм,15μм,25μм,40μм,60μм
	Water content	3% - 5%
	Surface area	350㎡/g,550㎡/g

Amorphous packing

Bonded phase	Pore size	Particle size	Cat.No.
Silica(CS)	60Å	40-60um	K06U4060CSA
Silica (CM)	60Å	40-60um	K06U4060CMA
NH 2	60Å	40-60um	K06U4060NHA
NH 2	100Å	40-60um	K10U4060NHA
HILIC	60Å	40-60um	K06U4060HDA
HILIC	100Å	40-60um	K10U4060HDA
C18	60Å	40-60um	K06U4060H8A
C18	100Å	40-60um	K10U4060H8A
C8	60Å	40-60um	K06U4060C8A
C4	60Å	40-60um	K06U4060C4A
Diol	60Å	40-60um	K06U4060DLA
SCX	60Å	40-60um	K06U4060SCA
SAX	60Å	40-60um	K06U4060SAA

Spherical packing

Bonded phase	Pore size	Particle size	Cat.No.
Silica (CS)	60Å	20-35um	K06U2035CSS
	60Å	40-60um	K06U4060CSS
	100Å	3um	K10L03CSS
	100Å	5um	K10L05CSS
	100Å	10um	K10L10CSS
	100Å	50um	K10L50CSS
	100Å	40-60um	K10U4060CSS
Silica (CM)	100Å	20-35um	K10U2035CMS
Silica (CM)	100Å	40-60um	K10U4060CMS
C18	60Å	50um	K06L50H8S
	100Å	5um	K10L05H8S
	100Å	10um	K10L10H8S
	100Å	20-35um	K10L2035H8S
	100Å	50um	K10L50H8S
	100Å	40-60um	K10L4060H8S
	110Å	5um	K11L05H8S
	110Å	10um	K11L10H8S
	120Å	50um	K12L50H8S
C18(P)	120Å	10um	K12L10HPS
C18(ASB)	100Å	40-60um	K10U4060HBS
	150Å	5um	K15L05HBS
	150Å	150um	K15L10HBS
Phenyl	60Å	20-35um	K10U2035PHS
Phenyl	100Å	40-60um	K10U4060PHS
SCX	100Å	40-60um	K10U4060SCS
SAX	100Å	40-60um	K10U4060SAS
NH 2	60Å	20-35um	K06U2035NHS
	100Å	20-35um	K10U2035NHS
	100Å	40-60um	K10U4060NHS

Spherical packing

Bonded phase	Pore size	Particle size	Cat.No.
HILIC	60Å	20-35um	K06U2035HDS
	100Å	5um	K10L05HDS
	100Å	10um	K10L10HDS
	100Å	20-35um	K10L2035HDS
	100Å	40-60um	K10L4060HDS
C8	60Å	20-35um	K06U2035C8S
	100Å	5um	K10L05C8S
	100Å	10um	K10L10C8S
	100Å	20-35um	K10L2035C8S
	100Å	40-60um	K10L4060C8S