Carbon fiber composite material use is growing in sectors such as aerospace, wind power generation, automotive, and sports/leisure applications. Although corrosion and fatigue resistant, there is less known about the aging resistance of these materials. This study examines the commonly used ultraviolet absorbers, hindered amine light stabilizers, and a novel composite light stabilizer additive to get a better understanding of the weather resistance of carbon fiber composite materials in the industry.
Songwon Industrial Co. Ltd. recently announced that the worldwide exclusive distributor agreement (non-exclusive for Europe) with SABO S.p.A. for the SABOSTAB® HALS portfolio, which includes hindered amine light stabilizers and oxanilide UV absorbers, has been extended.
The new water-based additives and stabilization packages are designed to combine the efficiency of conventional products with the benefits of water miscibility and low to zero volatile organic compound (VOC) generation, as well as easy dosing and handling.
These new dispersion additives provide excellent outdoor protection for all water-based polymeric binders used in exterior applications such as coatings, grouts and plasters.
These high-performance, water-miscible anti-oxidants and light stabilizers offer high durability, low VOC generation, environmentally sound formulations, and easy dosing and handling.
SONGWON Industrial Co. Ltd. has entered a partnership with Disheng Technology Co. Ltd., located in Jiangsu Province, China, for the production of some of its range of UVA light stabilizers.
This article is a comparison study using an accelerated weathering method to test different wood types pretreated with and without Eversorb SB in different co-solvents.
Research and Markets has added a new report to its offering, 2013 Report on the North American UV Light Stabilizer Market - Industry Analysis, Size, Share, Growth, Trends and Forecast to 2018.
On Demand A new emulsification technology was developed to make traditional stabilizers water dispersible. Optimized combination of several synergistic water-based UVA/HALS blends were designed to meet varying enduse performance expectations of different waterborne coating formulations.
