The document discusses several applications of nanotechnology including anti-microbial solutions using silver ions, nano polishing pastes, fuel additives using nanodiamonds and nanographite, and abrasion resistant silver coatings. It explains that nanosilver has antimicrobial properties and can kill microbes through different mechanisms depending on the bacteria. Nano polishing pastes can reduce surface roughness to near 2nm. Fuel additives with nanodiamonds and nanographite can lower fuel consumption and friction. Silver nanoparticle coatings enhance conductivity and corrosion resistance of copper while decreasing wear and friction.

3.  NANAOTECHNOLOGY
 RECENT TRENDS
 ANTI MICROBIAL SOLUTIONS
 NANO POLISHING PASTE
 FUEL NANO ADDITIVE TECHNOLOGY
 ABRASION RESISTANT SILVER
 REFERENCE

4. Nanotechnology is an enabling
technology that will change
the nature of almost every
human made object in the
next century.

6. Anti-Microbial Solutions.
Nano Polishing Paste.
Fuel Nano Additive
Technology.
Abrasion Resistant Silver.

7.  The antimicrobial activity of Silver ion is well
defined in Nano science. Anti-microbial
mechanisms of Nano silver are different
according to the species of bacteria.
 The efficacy of microbe killing is based not only
on the amount of Silver ion present, but likely
also the presence of other Silver radicals
generated by a Silver releasing product.

8.  The Polishing paste containing Nanomaterials
can be used to reduce the roughness of a
surface almost by a factor of ca 2nm and
reach the value of 0.9 nm.
 These polishers can be supplied in
hydrophilic, hydrophobic and all-purpose
forms.

9.  NanoDiamond / NanoGraphite - based
motor oil additives, are the result of the
latest developments in Nanotechnology.
They reduce the fuel consumption (up to
12%), friction and wear; reinforce the
inner motor surfaces and recondition the
motor.

10.  Silver coatings are often used to increase the
conductivity and corrosion stability of copper in
electrical connectors, switches, circuit boards
etc.
 The amount of nanoparticles getting co-
deposited with the metal is tiny (below 0.1%),
nevertheless, their presence decreases both
wear and friction coefficient by 60%.

11. THANKS TO!
www.nstc.in
www.wikipedia.org