Reducing energy and waste across the value chain, together with limiting raw material usage in coating formulas will become increasingly important aspects of product formulation strategies as materials become scarcer.
This additive maximizes the wetting and dispersion of pigments for various solventborne systems, provides good antisagging properties, eliminates settling and enhances stability.
A collaborative approach involving many different parties will be essential if we all are to overcome the many technical, financial, legal and humanitarian issues often associated with access to fresh water.
This study supports the position that modern compact high-solids automotive OEM paint technology can achieve the lowest GWP, while meeting European VOC emission limits.
More companies are adding and/or expanding their portfolios with biobased waterborne alternatives that offer the formulator/end user another benefit without sacrificing performance.
Rotor blades are exposed to severe environmental conditions. Rain, hail, sand, salty sea water and dirt all gather on the surfaces and lead, especially on blade-leading edges, to soiling and roughening of paint and coating systems.
Independent corrosion tests have shown this is a successful conductive polymer-based anti-corrosion coating technology and the first non-chromate coating that has out-performed hexavalent chromate coatings.
Perhaps the most important emerging technology to reduce long-term energy consumption, especially in large plants building new mix rooms, has been the use of electric pumps.
Revolutionary new air distribution system enables air-operated double-diaphragm (AODD) pumps to set new standard in energy-efficiency, as well as optimized production.
