Nanoparticles of metals, semiconductor material, magnetic materials such as Fe2O3, Co, Mn, biological materials, etc. trapped in sol-gel derived glass or ceramic composite microparticles Size, composition and shape-dependant properties of the nanoparticles are preserved For such applications as fluorescent tagging, light emitting diodes, lasers, chemicals and catalysts Our Innovation
Wide variety of nanocrystals, including semiconductors of various spectral bands and shapes, such as rods and spheres, are trapped in controllable sized microspheres
Entrapping hydrophobic nanocrystals within sub-micron sol/gel spheres Protects the nanocrystals Enables new functions for silica particles Reduces toxicity of nanocrystals for biomedical applications Development Milestones
The technology will be customised according to the specific demands of clients The Opportunity
The National Science Foundation (NSF) projected nanomaterials will reach $ 340 billion annually representing 31% of the total revenues of the global nanotechnology markets.
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