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Functionalized CNTs in Halogenated Organic
Solvents |
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Functionalized CNMs in Organic Solvents |
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Functionalized CNMs in Water |
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NanoSolve® Enhanced Epoxy Resin Concentrates |
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NanoSolve® Enhanced Polyurea/urethane
Pre-Polymer Concentrate |
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Product
Series M10-E-1000
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Functionalized
CNTs in Halogenated Organic Solvents: MWNTs
- SWNTs - CNFs |
|
Product Description |
Optimized
dispersion of carbon nanotubes in chlorinated
solvents. |
|
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1.
High concentrations up to 3mg/ml.
2. Chloroform, Chlorobenzene, Dichloromethane,
TCE, etc.
3. Easy method of delivery into new polymer
matrices. |
|
Benefits |
1.
Rapid evaporation times
2. Easy to use with evaporation processes
3. Decreased viscosity beneficial for processing
4. Promotes delivery into a breadth of polymer
composites. |
|
Polymer
Matrix Compatibility |
Compatible
with most thermoplastics, polyesters, Liquid
Crystal Polymers, UV cured epoxies, acrylate
esters, polyethylene, and polypropylene. |
|
Applications |
Spin
Coatings, Castings, Coatings, Defense components,
electronics, ballistics, aerospace components,
automobile components, photo resist |
|
Markets |
Sporting Goods, Thermal Interface Materials,
Aerospace, Automotive, Defense, Textiles,
Semiconductors, Telecommunications, Life
Sciences, Biomedical, Safety Attire and
Equipment, Electronics |
| Product
Series M10-E-2000
|
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Functionalized CNMs in
Organic Solvents: MWNT- SWNTs - CNFs |
| Product Description
|
Optimized
dispersion of carbon nanotubes in common organic
solvents |
| Features
|
Offers
alternative to chlorinated organic solvents,
including Alcohols (i.e. isopropanol, ethanol,
etc.) Toluene, THF, Xylene, Ethyl acetate,
MEK, etc. |
| Benefits |
1.
Low costs
2. High Volume
3. Promotes delivery into various host polymers
4. Commonly used solvents –many
for decreasing viscosity during processing
|
| Polymer Matrix
Compatibility |
Compatible
with most polymer matrices including epoxies,
adhesives, silicones, most vinyl polymers,
such as Nylon, PMMA, PVC, and poly(isobutylene) |
| Applications |
Circuit
Printing, Inks, Paints, laser jet printing,
polymer composites, batteries, Metal matrices,
nanomaterials manipulation, OLEDs, and textiles |
| Markets |
Sporting
Goods, Thermal Interface Materials, Aerospace,
Automotive, Defense, Textiles, Semiconductors,
Telecommunications, Life Sciences, Biomedical,
Safety Attire and Equipment, Electronics |
| Product
Series M10-E-3000 |
|
Functionalized CNMs in
Water:
- MWNTs - SWNTs - CNFs |
| Product Description
|
Optimized
dispersion of carbon nanotubes in water. |
| Features
|
1.
Non-surfactant based dispersion technology
reduces phase separation
2. Low loading of Kentera™
3. Extremely stable for 2+ months |
| Benefits |
1.
Non-toxic
2. Low costs
3. High Volume
4. Low viscosity |
| Polymer Matrix
Compatibility |
Some
epoxies, adhesives, water based paints |
| Applications |
Biological
research applications, Nanomaterial characterization,
electronics, optical MEMS, nanomaterial manipulation,
compatible with metal oxides as secondary
filler |
| Markets |
Sporting
Goods, Thermal Interface Materials, Aerospace,
Automotive, Defense, Textiles, Semiconductors,
Telecommunications, Life Sciences, Biomedical,
Safety Attire and Equipment, Electronics |
| Product
Series M10-E-4100 |
|
NanoSolve®
Enhanced Epoxy Resin Concentrate:
-MWNTs -SWNTs -CNFs |
| Product Description
|
Optimized
dispersion of carbon nanotubes in bisphenol
A and/or bisphenol F resins |
| Features |
1.
Solvent-Free
2. High Concentrations up to 15mg/ml
3. Compatible with commonly
used curing agents |
| Benefits |
1.
Includes most standard ureas and urethane
pre-polymers
2. Concentrated Delivery provides lower costs
and easy processing
3. High Volume availability
|
| Polymer Matrix
Compatibility |
Polyurethane
and Polyurea pre-polymers including, but not
limited to Airproducts Polyethers |
| Applications |
Mechanical,
Electrical, and Thermal applications including
thermal interface materials, Electrostatic
discharge, coatings, foams, flame ret -ardency,
aerospace/automobile components, packaging |
| Markets |
Sporting
Goods, Thermal Interface Materials, Aerospace,
Automotive, Defense, Textiles, Semiconductors,
Telecommunications, Life Sciences, Biomedical,
Safety Attire and Equipment, Electronics |
| Product
Series M10-E-4300 |
|
NanoSolve®
Enhanced Polyurea/urethane Pre-Polymer Concentrate:-
MWNTs - SWNTs - CNFs |
| Product Description
|
Optimized
dispersion of carbon nanotubes in Polyether
pre-polymers |
| Features |
1.
Solvent-Free
2. High concentrations up
to 10mg/ml
3. Compatible with commonly used curing agents,
including amines and polyols
4. No compromise of desired host material
properties |
| Benefits |
1.
Includes most standard ureas and urethane
pre-polymers
2. Concentrated Delivery provides lower costs
and easy processing
3. High Volume availability
|
| Polymer Matrix
Compatibility |
Polyurethane
and Polyurea pre-polymers including, but not
limited to Airproducts Polyethers |
| Applications |
Polyurethane
and Polyurea pre-polymers including, but not
limited to Airproducts Polyethers |
| Markets |
Sporting
Goods, Thermal Interface Materials, Aerospace,
Automotive, Defense, Textiles, Semiconductors,
Telecommunications, Life Sciences, Biomedical,
Safety Attire and Equipment, Electronics |
| |
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| Other
host polymers, materials and applications |
To
inquire about other host polymers, materials
and applications of NanoSolve materials, please
call Marni Rutkofsky, Chemist/Technical Sales,
972.792.1634. |
