Particle Size Analytical Range 3-5-10-15 µm

Pore Size Range 60-100-120-300-1000Å

Specific Surface Range 50-100-300-450 m²/g

Available functional Silica Amino, Cano, Diol, C1, C4, C8, C18, Triamine, SAX and others

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UltraPure spherical gels are used to pack HPLC columns from the smallest analytical diameter via prep sizes to large process dimensions. They are found in Supercritical Fluid Chromatography (SFC), Simulated Moving Bed (SMB) as well as Dynamic Axial Compression (DAC) technologies.

SiliCycle's spherical silica gels have excellent mechanical stability and can be repacked many times without any breakage making them ideal for DAC environments. After packing large columns many times, the backpressure remains the same. Particle size analysis shows the particle size distribution after repacking five times to be virtually the same as of virgin silica.

· Very narrow particle size distribution enables high flow rates at low back pressure,
· Narrow pore size distribution increases efficiency for size exclusion chromatography,
· All particle sizes are manufactured by using the same process, therefore selectivity remains the same from analytical to preparative scale,
· Metal impurities of Al, Fe, Ti and Zr are lower than 10 ppm,

 

Particle Size Preparative Range 20-45, 40-75 and 75-200 µm

Pore Size Range 70-100-300-1000Å

Specific Surface Range 100-280-500 m²/g

Available functional Silica Amino, Cano, Diol, C1, C4, C8, C18 and others

In addition to our ananlytical gels, SiliCycle has a variety of cost effective spherical gels which can be used for preparative and semi-preparative HPLC. Additionally, they may be used as an alternative for column chromatography, Flash or Gravity. There are over 10 different products with three choices of particle size distributions and four choices of pore sizes.

Advantages of using these gels:

· Increased efficiency of the eluent's flow characteristics,
· Improvement of the resolution between compounds of a sample,
· Ease of packing,
· Very high specific surface area,
· High mechanical stability under higher pressures.