The spec for Zinc Oxide ZnO Nanorods:
D 100-200nm, L>1um, 99.9%
The application for Zinc Oxde ZnO Nanorods:
1. Due to the huge surface area
of the ZnO nanorods, resulting in its bulk materials do nothave the
body surface effect, small size effect and macroscopic quantum tunneling
effects. Therefore, ZnO nanorods have many special properties and new
uses in catalysis, optoelectronic, magnetic, and other sensitive
areas.Meanwhile ZnO nanorodsas a new semiconductor material, in the
information field of a wide range of optoelectronic applications.
2. ZnO nanorods is now makingnanometer
size of the laser diode, an ideal material for the optoelectronicrepeaters,
piezoelectric materials, sensors, ultraviolet light-emitting device or the
like.
3. ZnO nanorods with highspecific
surface area, high activity and microscopic nature of the external environment
(such as temperature, light, humidity, etc.)Very sensitive, sensitive material is good, after the doping
of harmful gases, combustible gases, organic gases have a good detection
sensitivity and fast response, high sensitivity,good selectivity and other
characteristics, is now Very promising aspects of the sensor material.
4. ZnO nanorods as abiological
material, non-toxic and biocompatible coating can be applieddirectly without
the need for bio medicine. Based on these advantages, ZnO nanorod is
an extremely important nanomaterials in micro-optical device and biotechnology
applications.
5. In fine ceramics industry, the use of
volume effect, surface effect ZnO nanorods, can greatlyreduce the
sintering temperature,
In the low temperature andpressure, you can make
the nano-ZnO ceramic materials used directly to producethe appearance
of bright, dense texture,
High performance ceramics. ZnO nanorods and
has an antibacterial effect, which can be incorporated into avariety of
high-grade ceramic sanitary ware tools.
6. In the medical supplies,textiles,
cosmetics industry, the use of anti-ultraviolet function andanti bacterial
effectsZnO nanorods. It is combined
with naturalpolymers, made from antibacterial fiber. Therefore, antibacterial
fiber withexcellent health functions, both UV shielding function, but also
hasantibacterial, antifungal, deodorizing peculiar effect, have better
prospectsof industrialization.
7. Since ZnO nanorods havehigh surface
activity, which greatly improved its photocatalytic efficiency canbe many
refractory organics decomposed into water and carbon dioxide and otherin
organic materials, is an environmentally friendly material.
8.Due to the huge surface area
of the ZnO nanorods, resulting in its bulk materials do nothave the
body surface effect, small size effect and macroscopic quantum tunneling
effects. Therefore, ZnO nanorods have many special properties and new uses in
catalysis, optoelectronic, magnetic, and other sensitive areas.Meanwhile ZnO
nanorods as a new semiconductor material, in the information field of a wide
range of optoelectronic applications.
9. ZnO nanorods is now makingnanometer
size of the laser diode, an ideal material for the optoelectronicrepeaters,
piezoelectric materials, sensors, ultraviolet light-emitting device or the
like.
10. ZnO nanorods with high specific
surface area, high activity and microscopic nature of the externalenvironment
(such as temperature, light, humidity, etc.)
Very sensitive, sensitivematerial is good, after
the doping of harmful gases, combustible gases, organicgases have a good
detection sensitivity and fast response, high sensitivity,good selectivity and
other characteristics, is now Very promising aspects ofthe sensor material.
11. Zince oxide ZnO nanorods as
abiological material, non-toxic and biocompatible coating can be
applieddirectly without the need for bio medicine. Based on these advantages,
ZnOnanorod is an extremely important nanomaterials in micro-optical device and
biotechnology applications.
12. In fine ceramics industry, the use of
volume effect, surface effect, ZnO nanorods can greatly reduce the
sintering temperature,
In the low temperature andpressure, you can make
the nano-ZnO ceramic materials used directly to producethe appearance of
bright, dense texture,
High performance ceramics. ZnOnanorodsand
has an antibacterial effect, which can be incorporated into avariety of
high-grade ceramic sanitary ware tools.
13. In the medical supplies,textiles,
cosmetics industry, the use of anti-ultraviolet function and anti bacterial
effects.
It is combined with naturalpolymers, made from
antibacterial fiber. Therefore, antibacterial fiber withexcellent health
functions, both UV shielding function, but also hasantibacterial, antifungal,
deodorizing peculiar effect, have better prospectsof industrialization.
14. Since ZnO nanorods havehigh surface
activity, which greatly improved its photocatalytic efficiency can be many
refractory organics decomposed into water and carbon dioxide and otherinorganic
materials, is an environmentally friendly material.
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