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This
product adopts one of the leading technologies in the beginning of the 21st centuries
- "Nano-technology" and turns it into water-based
ultra fine coating. The
coating consists of nano-sized water dispersion resins,
which can overcome the waterproofing and adhesion force deficiencies in emulsifier.
The synthetic index of film integrity, adhesion etc. has achieved and/or even
surpassed the paint standard of the same kind. This product is now widely used
on shipping, petrochemical, structural steel, car industries in U.K. and many
Asian countries.  Recent
Advances in Nanotechnology
- Size
: 1-100 nm in Diameter
- Between
Atomic (Microscopic) and Macro-size
- Special
Properties:
- Good Penetration
to small crevices
- Special
Optical and Mechanical Properties
- Processing
of Material to form desired Structure
- Tremendous
Breath and Pottential Impact in Different Branches of Industries
| Concept
of Sizes | |
| 100 mm | COBBLES |
| 10 mm | GRAVEL |
| 1 mm | COARSE
SAND | | 0.1
mm | VERY FINE
SAND | | 0.01
mm | SILT |
| 0.001 mm (=1 £gm) | FINE
CLAY | | 0.1
- 10 £gm | RESPIRABLE
PARTICULATE (RSP) | | 0.001
- 0.1 £gm | NANOPARTICLE
RANGE 1 - 100 nm, 1£gm = 1000 nm | | 0.1
nm | ATOMIC
STRUCTURE SUCH AS C60 | | 0.01
nm | ATOMS |
Special
Features of Nanopaints
- Use
of Nano-Polymer Particles Instead of Nano-Size Pigment
- Nano-Polymer
Particles Bind Emulsion and pigment Particles in Paint due to good Penetrating
Power of Nano Particles
- Two
Stages of formation op Particles
-
Nucleation Phase to Form Uniform Particles
-
Formation of Functional Polymer at Surface of Nuclei
- Environment
Friendly due to its Low VOC Content
Performance
Testing
| Local
Market | GB 1723 Viscosity
GB 1724 Size
GB 1725 Solid Content
GB 1726 Covering Power
GB 1743,
GB 1728, GB 1730, GB 1731, GB 1720, GB 1733, GB 1734 and Others |
| International Market | ASTM
D5326-94a Colour Development for Latex Paints
ASTM D3960-98 VOC Content of
Paints
FEDSPEC A-A-50570-1997 Acrylic Paint on Metal Surfaces also BSMIK6016100,
JSA K5660, PSB SS345, SABS 940, DIN WL 5.7021-1, AS 1580.409.3, BPS 463 and Others |
Summary
- Recent Advance in NANOTECHNOLOGY
leads to the Development of NANOPAINT with special Corrosion
Protection Properties.
- Use of NANO POLYMER
Particles Provide Excellent Binding of Polymer and Pigment Particles
as results of its Pentration Power.
- The Core and Shell Technology
for the Formation of Functional Emulsion Particles Produces Coherent
Film Formation for Corrosion Protectio
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