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SMBTM 371 Property

1. Length/Diameter/Specific Surface Area are measured through SEM/TEM/BET&PSD respectively
2. Overall morphology is analyzed through SEM

Nano Applications Bio Applications
Product Production
Pore Diameter
BET Surface Area
Pore Volume Tap
SMB-371 Mesoporous Silica Nanoparticles
(SiO2, CuO, ZnO),
CEN Co., Ltd.
2.80nm 1,000m2/g 0.82cm3/g ~0.12g/cm3

CuO (Copper oxide) Nanoparticle effect

Expectancy Effects of High Functional SMB-371 Composite Material

  • Cancer

    SMB-371 inhibit tumor growth primarily by targeting tumor initiating cells

  • Additive

    As ceramic resistors, magnetic storage media, gas sensors, near-infrared tilters, photoconductive and photothermal applications

  • Sensor

    Advantage of the interaction of SMB-371 with toxic compounds that in turn generate an electrochemical signal related to the concentration of the pollutants.

  • Strong Antimicrobial

    The SMB-371 has a CuO NP, with high surface-to-volume ratio, a strong surface chemistry, meet all the necessary requirements to adequately treat bacterial infection.

  • Catalysis

    Important advantage of SMB-371 is due to its important role not only in the low temperature oxidation of CO but also in potential applications in fine chemical synthesis