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AELAB Silica Gel Powder for Chromatography and Catalyst Applications K09M-K06 Series

AELAB Silica Gel Powder is a high-purity, low-metal content material designed for precision in column chromatography and catalyst support. With customizable pore sizes and mesh ranges, it ensures excellent adsorption, separation efficiency, and reproducibility for industrial and research applications.
Modles : K09M-K06 Series
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AELAB Silica Gel Powder is a high-purity, low-metal content material designed for precision in column chromatography and catalyst support. With customizable pore sizes and mesh ranges, it ensures excellent adsorption, separation efficiency, and reproducibility for industrial and research applications.

 

🔬 How It Works?

This silica gel powder is produced via a refined precipitation method, followed by purification and drying. Its porous structure provides a large surface area for adsorption, making it ideal for separating compounds in chromatography. By adjusting pore size and particle mesh, the powder can either extend retention time or accelerate material flow, ensuring precise separation in analytical and industrial processes.

 

💡 Advantages

  • High Purity: Low metal ion content for consistent and accurate results
  • Customizable: Pore size, particle size, and specifications can be tailored to research or industrial needs
  • Stable Quality: Strict production control from raw materials to final product
  • Superior Separation: Strong bearing capacity with excellent adsorption performance
  • Versatile Use: Suitable for both industrial-scale and high-precision laboratory applications

 

🔍 Recommended Models by Use Case

  • Educational & Training Labs: Standard silica gel 60Å for general chromatography teaching
  • Research Laboratories: Reagent grade 90Å for precise separation and reproducibility
  • Industrial QC & Production: Industrial grade 30Å & 60Å for large-scale separations and catalyst support
  • Pharmaceutical & Chemical Plants: 90Å high-mesh silica gel for efficient purification of complex compounds

 

🧪 Ideal For

  • Column chromatography packing
  • Catalyst carriers in chemical processes
  • Pharmaceutical intermediate separation
  • Fine chemical and biochemical analysis
  • Environmental testing laboratories

 

Characteristic

  • High purity and low metal content.
  • Strict control from raw material source to finished product, stable quality.
  • Special process can be customized for customers.
  • Strong bearing capacity, good separation effect.

 

Selecting Test

Main technical parameters can be customized to meet the different needs of customers. The following datas are the text results of different parameters of the product. It shows that the product can extend the retention time or speed up the target material flow.

 

Chromatogram

Silica Gel Powder

Column: 4.6 x 150 mm Mobile Phase: 94% Hex :5%ETOAC: 1%IPA Flow :1.0 ml/min

Injection Volume:10 μl Temperature :30.0 ℃ Detector: UV 254 nm

 

Result

K ‘ Result
Sample 1 Sample 2
Benzyl alcohol 5.0 4.9
Dimethyl phthalate 1.4 1.5
Acetophenone 0.6 0.6
Tf Toluene 2.008 1.974

 

The data above are two different column chromatography silica gel samples No.1 and No.2. The results are compared under the same elution conditions. The result shows that we successfully used its own process to achieve effective control of the adsorption and separation performance of column chromatography silica gel. The data is more obvious after industrial application.

 

 

Specifications :

Technical specifications

 

Item Technical indicators
Silica gel 30Å Silica gel 60Å Silica gel 90Å
industrial

grade

reagent

grade

industrial

grade

reagent

grade

industrial

grade

reagent

grade

Pore size Å 20 -30 20 -30 50 -80 50 -80 80 -100 80 -100
Pore volume ml/g 0.35 -0.45 0.35 -0.45 0.6 -0.8 0.6-0.8 0.8 -1.0 0.8 -1.0
specific surface area m²/g ≥600 ≥600 450- 600 450-600 320 - 400 320 - 400
PH ( 100g/l) Negotiate Negotiate Negotiate
150℃ loss on heating %≤ 5 2 5 2 5 2
Metal ion content: customized according to customer requirements.

 

Ordering Information

 

(Industrial grade)

Pore size Particle size Cat. No.
90Å 20-40Mesh K09M0204 -I
90Å 30-60Mesh K09M0306 -I
90Å 40-80Mesh K09M0408 -I
90Å 40-100Mesh K09M0410 -I
90Å 40-120Mesh K09M0412 -I
90Å 60-80Mesh K09M0608 -I
90Å 60-100Mesh K09M0610 -I
90Å 60-120Mesh K09M0612 -I
90Å 80-100Mesh K09M0810 -I
90Å 80-120Mesh K09M0812 -I
90Å 100-120Mesh K09M1012 -I
90Å 100-160Mesh K09M1016 -I
90Å 100-200Mesh K09M1020 -I
90Å 160-200Mesh K09M1620 -I
90Å 100-230Mesh K09M1023 -I
90Å 100-300Mesh K09M1030 -I
90Å 200-300Mesh K09M2030 -I
90Å 300-400Mesh K09M3040 -I
90Å 230-400Mesh K09M2340 -I
90Å 70-230Mesh K09M0723 -I
90Å 400-800Mesh K09M4080 -I
90Å 500-800Mesh K09M5080 -I
90Å 800-1500Mesh K09M80150 -I
60Å 230-400Mesh K06M2340 -I
60Å 70-230Mesh K06M0723 -I
60Å 100-200Mesh K06M1020 -I
60Å 200-300Mesh K06M2030 -I

 

(Reagent grade)

Pore size Particle size Cat. No.
90Å 20-40Mesh K09M0204 -R
90Å 30-60Mesh K09M0306 -R
90Å 40-80Mesh K09M0408 -R
90Å 40-100Mesh K09M0410 -R
90Å 40-120Mesh K09M0412 -R
90Å 60-80Mesh K09M0608 -R
90Å 60-100Mesh K09M0610 -R
90Å 60-120Mesh K09M0612 -R
90Å 80-100Mesh K09M0810 -R
90Å 80-120Mesh K09M0812 -R
90Å 100-120Mesh K09M1012 -R
90Å 100-160Mesh K09M1016 -R
90Å 100-200Mesh K09M1020 -R
90Å 160-200Mesh K09M1620 -R
90Å 100-230Mesh K09M1023 -R
90Å 100-300Mesh K09M1030 -R
90Å 200-300Mesh K09M2030 -R
90Å 300-400Mesh K09M3040 -R
90Å 230-400Mesh K09M2340 -R
90Å 70-230Mesh K09M0723 -R
90Å 400-800Mesh K09M4080 -R
90Å 500-800Mesh K09M5080 -R
90Å 800-1500Mesh K09M80150 -R
60Å 230-400Mesh K06M2340 -R
60Å 70-230Mesh K06M0723 -R
60Å 100-200Mesh K06M1020 -R
60Å 200-300Mesh K06M2030 -R

Technical specifications

 

Item Technical indicators
Silica gel 30Å Silica gel 60Å Silica gel 90Å
industrial

grade

reagent

grade

industrial

grade

reagent

grade

industrial

grade

reagent

grade

Pore size Å 20 -30 20 -30 50 -80 50 -80 80 -100 80 -100
Pore volume ml/g 0.35 -0.45 0.35 -0.45 0.6 -0.8 0.6-0.8 0.8 -1.0 0.8 -1.0
specific surface area m²/g ≥600 ≥600 450- 600 450-600 320 - 400 320 - 400
PH ( 100g/l) Negotiate Negotiate Negotiate
150℃ loss on heating %≤ 5 2 5 2 5 2
Metal ion content: customized according to customer requirements.

 

Ordering Information

 

(Industrial grade)

Pore size Particle size Cat. No.
90Å 20-40Mesh K09M0204 -I
90Å 30-60Mesh K09M0306 -I
90Å 40-80Mesh K09M0408 -I
90Å 40-100Mesh K09M0410 -I
90Å 40-120Mesh K09M0412 -I
90Å 60-80Mesh K09M0608 -I
90Å 60-100Mesh K09M0610 -I
90Å 60-120Mesh K09M0612 -I
90Å 80-100Mesh K09M0810 -I
90Å 80-120Mesh K09M0812 -I
90Å 100-120Mesh K09M1012 -I
90Å 100-160Mesh K09M1016 -I
90Å 100-200Mesh K09M1020 -I
90Å 160-200Mesh K09M1620 -I
90Å 100-230Mesh K09M1023 -I
90Å 100-300Mesh K09M1030 -I
90Å 200-300Mesh K09M2030 -I
90Å 300-400Mesh K09M3040 -I
90Å 230-400Mesh K09M2340 -I
90Å 70-230Mesh K09M0723 -I
90Å 400-800Mesh K09M4080 -I
90Å 500-800Mesh K09M5080 -I
90Å 800-1500Mesh K09M80150 -I
60Å 230-400Mesh K06M2340 -I
60Å 70-230Mesh K06M0723 -I
60Å 100-200Mesh K06M1020 -I
60Å 200-300Mesh K06M2030 -I

 

(Reagent grade)

Pore size Particle size Cat. No.
90Å 20-40Mesh K09M0204 -R
90Å 30-60Mesh K09M0306 -R
90Å 40-80Mesh K09M0408 -R
90Å 40-100Mesh K09M0410 -R
90Å 40-120Mesh K09M0412 -R
90Å 60-80Mesh K09M0608 -R
90Å 60-100Mesh K09M0610 -R
90Å 60-120Mesh K09M0612 -R
90Å 80-100Mesh K09M0810 -R
90Å 80-120Mesh K09M0812 -R
90Å 100-120Mesh K09M1012 -R
90Å 100-160Mesh K09M1016 -R
90Å 100-200Mesh K09M1020 -R
90Å 160-200Mesh K09M1620 -R
90Å 100-230Mesh K09M1023 -R
90Å 100-300Mesh K09M1030 -R
90Å 200-300Mesh K09M2030 -R
90Å 300-400Mesh K09M3040 -R
90Å 230-400Mesh K09M2340 -R
90Å 70-230Mesh K09M0723 -R
90Å 400-800Mesh K09M4080 -R
90Å 500-800Mesh K09M5080 -R
90Å 800-1500Mesh K09M80150 -R
60Å 230-400Mesh K06M2340 -R
60Å 70-230Mesh K06M0723 -R
60Å 100-200Mesh K06M1020 -R
60Å 200-300Mesh K06M2030 -R

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Frequently Asked Questions

1How does AELAB Silica Gel Powder ensure high separation efficiency?
Its controlled pore size distribution and high surface area allow efficient adsorption, improving resolution and reproducibility in chromatography.
2Can the silica gel be customized for specific applications?
Yes, pore size, mesh size, and metal ion content can all be tailored to meet research, pharmaceutical, or industrial requirements.
3What is the difference between industrial and reagent grade silica gel powder?
Industrial grade is optimized for large-scale, cost-effective applications, while reagent grade provides higher purity and consistency for laboratory and analytical use.
4Is this silica gel powder suitable as a catalyst carrier?
Yes, its porous structure and high surface area make it an excellent support material for catalysts in chemical synthesis and processing.

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