Download AddCom 2012 - First for Additives and Compounding by Smithers Rapra; Institute of Plastics Processing PDF
By Smithers Rapra; Institute of Plastics Processing
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Extra resources for AddCom 2012 - First for Additives and Compounding
The silicate layers of the organoclay play an active role in the formation of this char but also strengthen it and make it more resistant to ablation. The overall effect is the remarkable enhanced flame retardancy of nanocomposites. NANOCOMPOSITES AND CABLES The concept of nanocomposites for higher flame retardant cable compounds has been reported by European cable companies. Beyer  reported first that a low smoke zero halogen coaxial cable with a nanocomposite jacket based on ATA and organoclay easily passes the cable fire test UL 1666 (Riser test), while a classical only ATH based jacket did not pass the test; for both jackets the filler content was the same.
6um or Solid state, Neodymium =1064nm. Missing from this chart are YLF (fibre) lasers operating at 1053nm as they can be treated almost the same as “YAG” lasers from the additive point of view. All the lasers have to operate in pulsed mode to laser mark. CO2 lasers that work with laser marking additives operate in two fashions, either a Dot Matrix or a Mask laser. Neither a Dot Matrix nor a mask can produce complicated graphics and images The newer Vectored (scribing) CO2 lasers that are appearing on the market do not work with any current Iriotec additive, only with certain thermal inks or thermal systems Solid state Lasers at around 1064nm are more the norm nowadays, with Neodymium YAG (Yttrium Aluminium Garnet) and Neodymium Vanadate lasers being the most common.
The main mechanisms for hampering combustion with metal hydroxides is the generation of endothermic reactions (heat absorbers), removing heat by using it to evaporate water in material structure and generation of water vapours that can dilute oxygen. iii Decomposition happens as follow: (1) 2Al(OH)3 Æ Al2O3 + 3H2O at 200°C (2) Mg(OH)2 Æ MgO + H2O at 300°C The choice between the two is made by the material and process requirements comparison ie melting point, viscosity… Source EFRA Page 3 of 10 pages Additives Paper 10 – Raspail 26-27 September 2012 – Aachen, Germany Addcom 2012 The drawback is that filling level of 60% or more are mandatory in order to reach industrial specification (for example for jacketing in wires and cables often LOI33), as it can be seen below.