UniSil ®- Complete specifications of monodisperse silicone filler

Nano Micro Technology produces and provides high-quality, high-performance, and diverse silicone fillers with completely independent and proprietary patented technology. Nano Micro Technology can provide silica gel fillers of any size from 2 μ m to 50 μ m. Conventional pore sizes can be selected from 100 Å, 120 Å, 170 Å, 300 Å, and 500 Å, and special pore size silica gel fillers can also be provided according to customer needs. Silicone fillers have the characteristics of high mechanical strength, high column efficiency, high resolution, and low back pressure, and have been widely used in the analysis and large-scale production of organic compounds and neutral molecules.

Figure 1. UniSil monodisperse ® Scanning electron microscopy images of silicone fillers (5, 10, 20, 30 µ m)

UniSil ®-- Optimized aperture structure

Nanotechnology can not only accurately control the size and distribution of silicone particles, but also optimize the pore structure, control pore volume, specific surface area, maintain high loading capacity and excellent mechanical strength. The conventional pore sizes of silicone fillers provided by Nanotechnology are: 100 Å, 120 Å, 170 Å, 300 Å, and 500 Å. We can also provide silicone fillers with special pore sizes according to customer needs.

UniSil Nanotechnology ® Characteristics and advantages of silicone gel

characteristic	advantage
Spherical, with uniform particle size and height	Easy to install column, high resolution
Optimized aperture structure	High load capacity, high selectivity
Good Tail Sealing	Good alkali resistance and long service life
No leakage, no fragments	Product cleanliness
High mechanic strength	Reverse pressure, can be repeatedly loaded
mass production	Stable product quality

Figure 2 Scanning electron microscopy images of silica gel fillers with different pore sizes.

Figure 3. Comparison of Scanning Electron Microscopes between Nanotechnology and Internationally Renowned Silicone Fillers.

Please click to download the packing experiment case by yourself: Packing experiment case