K 2013: Addivant focuses on sustainable shelter

Polymer additives supplier, Addivant? will greet K 2013 visitors at Hall 6 Booth E24 with a collection of value-adding product innovations and services focused on meeting today’s global megatrends of sustainable shelter, potable water access, reliable power, food safety and fuel efficiency, all delivered with the future of the planet in mind.

Addivant's solutions on exhibition at K 2013 embrace the performance and productivity requirements of polymer producers and plastic processors alike. The company’s powder-free additive solutions deliver superior physical properties that allow for greater manufacturing productivity, including increased production up-time, improved health and safety, reduced maintenance and higher throughput in a variety of plastic extrusion applications. The advanced performance of Addivant’s materials supports lighter weight, more durable, longer lasting plastic products, together with more sustainable end-applications.

"Productivity is a key driver across Addivant's portfolio," comments Peter Smith, President and CEO of Addivant. "Customers using Addivant’s additives can save material, save energy, save time and save money, all while achieving high quality end products. In addition, the assurance of reliable supply and technical support helps our customers maximize their processes and applications. Processors, designers and brand owners attending K 2013 will get a valuable insight into the exciting possibilities generated by our cutting-edge development, for applications from food storage containers and beverage cups to interior automotive components."

Products representing these benefits at K 2013 will include new solutions from our advantaged platforms: ANOX? and LOWINOX? phenolic antioxidants; ALKANOX?, WESTON? and ULTRANOX? phosphite antioxidants; OCTAMINE? and NAUGARD? amines; NAUGARD? thioesters; ANOX? and NDB? blends; LOWILITE? light stabilizers; POLYBOND? and ROYALTUF? polymer modifiers; NAUGARD? polymerization inhibitors; and NAUGARD? rubber chemicals and intermediates.