Stratek Plastic Ltd

Extensional / Elongational Flow Mixing
 

 

Events

 

 

May 16-20, 2010
Orlando World Center
Marriott Resort &
Convention Center
Orlando, Florida USA

 

June 7 - 10, 2010 
Fispal Food Service
Expo Center North
São Paulo - Brazil

 
 
   


 
 
Home Carbon Nanotubes Introduction: Carbon Nanotubes
Introduction: Carbon Nanotubes

Introduction: Carbon Nanotubes

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Carbon Nanotubes are being introduced for their enhanced performance. These include thermal and electrical conductivity, structural strength and stiffness, and thermal stability.  A recently performed test showed that the Tek-MixTM process can disperse and percolate carbon nanotubes such that a 3½ % carbon nanotube loading can be used in pure HDPE, versus typical levels of 7% (shown by the arrow in the graph). It is difficult to disperse CNT's in HDPE; thus, high loadings are normally required to compensate for incomplete dispersion.  As reported in Bayer literature, typical CNT dispersions have a large agglomerate size, such as shown below for Baytubes C 150P.  The objective is to turn 750 µm  particles, as received, into a network of fine nano fibers of diameter 1 to 2 nm.

For more information about this program and CNT materials in general,  click here..


Tek-MixTM - Extensional / Elongational Flow Mixing
The Next Step in Mixing & Blending





 

Newsflash

European Conference Provides Warm Reception
Stratek presented its latest test results  featuring Tek-MixTM technology at a conference in Germany recently.  The presentation covered Stratek’s advances in mixing and blending  additives and fillers including carbon nanotubes (CNT’s), nanoclays, and pigments.   One of the main strengths of the Tek-MixTM technology is its ability to exploit the advantages of Elongational Flow for dispersing and distributing particles without causing excessive degradation to the host resins. For additional information on Stratek’s technical abilities, click here.