NanoXact Silica Nanospheres Dried Silica (standard silanol surface), nanoComposix

Supplier: nanoComposix
SISD500-5G SISD100-10G SISD200-5G SISD1000-5G SISD1000-1G SISD120-10G SISD500-250MG SISD200-10G SISD300-250MG SISD300-10G SISD100-1G SISD120-1G SISD120-250MG SISD100-250MG SISD100-5G SISD200-1G SISD1000-10G SISD80-5G SISD300-1G SISD80-1G SISD500-1G SISD80-10G SISD80-250MG SISD500-10G SISD1000-250MG SISD120-5G SISD300-5G SISD200-250MG
103820-740EA 6030 USD
103820-740 103820-762 103820-720 103820-742 103820-744 103820-722 103820-724 103820-746 103820-760 103820-726 103820-748 103820-728 103820-708 103820-752 103820-730 103820-754 103820-710 103820-732 103820-734 103820-756 103820-712 103820-714 103820-758 103820-736 103820-750 103820-716 103820-738 103820-718
NanoXact Silica Nanospheres Dried Silica (standard silanol surface), nanoComposix
Beads Microcarriers
High quality silica nanoparticles, provided with full COA; great value. Silica (silanol) surface.

  • High quality nanoparticles, precisely engineered and highly characterized
  • Unagglomerated and monodisperse
  • Silica surface offers robust and versatile surface for a wide variety of applications

Spherical silica nanoparticles. NanoXact materials are precisely engineered, unagglomerated nanospheres with a narrow size distributions (CV <15%).

Each batch is extensively characterized to ensure it meets the highest quality standards so you can achieve reliable & reproducible results. Products are supplied with COA's that include batch-specific TEM, DLS, Zeta Potential, UV-Vis, & pH measurements.

Silica nanoparticles’ large surface area can be used for Absorption Studies, Nanosphere Lithography, and Coating applications. The silanol surface can be modified using standard silane chemistry to introduce specific functional groups or to create hydrophobic or fluorophillic surface coatings.

Custom formulations and ISO13485/cGMP compliant materials can be provided on request.

Información de suministro: Ships at ambient temperatures

Precaución: DO NOT FREEZE. Store at 25 °C, bath sonicate if needed. Nanomaterials can be sensitive to high and low pH conditions and high salt concentrations. Use caution when changing environmental conditions as particles may aggregate.
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