Nanoshel is now supplying Shape Memory Polymers which are the latest in the technology and have a wide applications.
Development of materials with advance functions, such as piezoelectric or mechano chemical materials, has been flourishing in recent years, as well as their application. We are investigating applications of materials of this kind. For temperature sensors, candidate [...]
Author Archives: Preeti (Admin)
Feb
23
2011
Properties and Applications of Polyurethane-Series Shape Memory Polymer
Feb
16
2011
Self assembled Nanolayers
Self-assembled nanolayer (SAN) coating is a challenge to traditional textile coating. Research in this area is still in embryo stage. In self-assembled nanolayer (SAN) coating, target chemical molecules form a layer of thickness less than nanometer on the surface of textile materials. Additional layers can be added on the top of the existing ones creating [...]
Feb
16
2011
Nanotechnology in Textile Finishing
The impact of nanotechnology in the textile finishing area has brought up innovative finishes as well as new application technique. Particular attention has been paid in making chemical finishing more controllable and more thorough. Ideally, discrete molecules or nanoparticles of finishes can be brought individually to designated sites on textile materials [...]
Dec
17
2010
Nanocomposites and their Applications
Nanoshel Nanocomposites display enhanced physical, thermal and other unique properties, which assist in achieving high-level performance across various applications. They have properties that are superior to conventional micro scale composites and can be synthesized using simple and inexpensive techniques. Polymer Nanocomposites markets that have been slow in development till date, seem ready to take off [...]
Oct
15
2010
Polymer Composite Preparation
Nanocomposite films were fabricated by a gelation/crystallisation casting technique using xylene or a mixture of xylene and DMF. A typical sample preparation procedure is described for mixed solvents. MWNTs were dispersed in 19 g of DMF by ultrasonication using a high power tip. The MWNTs concentration needed in DMF was calculated in order to obtain [...]