Packing Materials For HPLC Columns

Biovanix packing material for reversed chromatography uses high-purity porous silica microspheres made of high-purity organic silicon. Total metal ion content < 20 ppm. Mainly used to separate peptides, proteins, and other biomacromolecules.

Silica, C18, C8, NH2, CN, and phenyl columns are available.

  • Uniform particle size, High column efficiency, High resolution
  • Low poriness, no fragments in repeated packing
  • Excellent C18/C8 bonding and end-capping technologies
  • Multiple choice for different requests
  • Customisation is available.

Material Characters

Reversed-phase Chromatography

Products Particle Size Pore Size Surface Area Carbon Content pH Range End-caped
C18 3/5/10 um 100Å 330m2/g 16% 2-8 Yes
C18H 5/10 um 120Å 330m2/g 20% 2-11 Yes
C18L 5/10 um 120Å 330m2/g 13% 2-8 Yes
C8 5/10 um 120Å 330m2/g 12% 2-8 Yes
C4 Bio 5/10 um 300Å 100m2/g 3% 2-8 Yes
C8 Bio 5/10 um 300Å 100m2/g 5% 2-8 Yes
C18 Bio 5/10 um 300Å 100m2/g 8% 2-8 Yes
Phenyl 5/10 um 120Å 330m2/g 8% 2-8 Yes
Products Particle Size Pore Size Surface Area Carbon

Content

pH Range End-caped
C18 15/20/30/50 um 120Å 330m2/g 16% 2-8 Yes
C8 20/30/50/75 um 120Å 330m2/g 12% 2-8 Yes

Normal-phase Chromatography

Products Particle Size Pore Size Surface Area Carbon Content pH Range End-capped
SiO2 3/5/8/10 um 120Å 330m2/g - 2-8 -
SiO2 Bio 5/10 um 300Å 330m2/g - 2-8 -
NH2 5/10 um 120Å 330m2/g 5% 2-8 Yes
CN 5/10 um 120Å 330m2/g 7% 2-8 Yes
Diol 5/10 um 120Å 330m2/g 8% 2-8 Yes
Products Particle Size Pore Size Surface

Area

Carbon

Content

pH Range End-capped
SiO2 15/20/30/50 um 120Å 330m2/g - 2-8 -

The parameters will based on the certification of analysis attached to products.

C18/C8 Performance And Application Tests

1. Particle size distribution test and electron microscope photos

  • Uniform particle size distribution.
  • Pores on surface distribute evenly.
C18 packing material particle size distributor for GALAK C18 packing material
GALAK C18 packing material hplc
C18 packing material substrate

2. NST (National Institute of Standards and Technology) SRM870 for C18 packing material

  • Low metal content
  • Very low activity of the silicon hydroxyl group
  • Perfect end cap technology
  • Uniform bonding

The symmetry As of peak 4 (quinone akane) and peak 5 (amittiline) in the figure respectively characterized the content of metal impurities and the activity of residual silicon hydroxyl groups in the column. The degree of separation of peak 2 (tol) and peak 3 (ethylbenzene) characterises the degree of bonding uniformity.
According to the results, the quinone akane peak type symmetry of C18 indicates that the content of metal impurities in the filler is very low. The excellent amittiline peak shape indicates that the filler can be used for the separation of alkaline compounds. The perfect separation indicates the bond is uniform and can separate compounds with only one difference of methylene.

3. Repacking Test For 20 Circles

  • The percentage of particle breakage is low.
  • One batch C18/C8 packing material can be repacked for over 20 circles with proper usage.

Testing column: 4.6mm*250mm column.
Follow the standard packing method for C18/C8 packing materials.
Retest the C18 column after the packing process.

C18 packing material tests

Application

UP C18 packing material application 1
UP C18 packing material application 2

Tips:

  • Chemical compounds in packing material slurry affect the peak shape and trail.
  • Clean the column after purification of the sticky samples.
  • Operate carefully when packing the C18 packing material.

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