AOC RESINS
Sobre nosotros
AOC es el proveedor líder mundial de resinas y soluciones especiales en los mercados de composites (materiales compuestos) desde hace más de 50 años, vendiendo sus productos bajo múltiples marcas: Atlac®, Synolite®, Palapreg®, Palatal ®, Daron®, Beyone® y Neomould® entre otras.
AOC ofrece soporte a los clientes para crear productos y componentes robustos, duraderos y versátiles para aplicaciones en recubrimientos y barreras químicas protectoras en el campo de la corrosión, colorantes y efectos visuales, adhesivos y especialidades, y resinas compuestas. Con sólidas capacidades en todo el mundo en fabricación y ciencia, la compañía trabaja en estrecha colaboración con los clientes para ofrecer calidad, servicio y confiabilidad inigualables para hoy y crear soluciones innovadoras para el mañana.
Contacte con AOC y trabajaremos juntos para encontrar las soluciones adecuadas para su negocio.
emea@aocresins.com (Europa)
esther.jimenez@aocresins.com (España y Portugal)
Productos
Atlac® Vinyl Ester resins for Anti-Corrosion applications
The Atlac® name is synonymous with corrosion resistant composites. Even before the Atlac® brand was officially registered in the early 1960s , these powerful resins were proving their ability to withstand the most challenging chemical environments across a broad range of industries. Customers worldwide have discovered that composites based on Atlac® resins provide longer lasting, more cost-effective solutions than specialized corrosion-resistant metals and alloys in processes where safety and continuity of operations are crucial. When choosing resins for corrosion resistant applications, it is important to select products that give the right performance and are suitable for the job in question. AOC has a vast knowledge and experience to help you in making the best resin selection for your application exposed to a specific chemical environment, temperature, exposure time). We can offer insights through our Chemical Resistance Information service, that builds on years of chemical resistance testing on our resins, combined with the experience gained in many projects around the world. Please contact your AOC Account Manager or Technical Service Manager for more information, or contact us through chemical.resistance@aocresins.com. You can find the most common AOC products through the Product Selector on our website (https://aocresins.com/en-emea/downloads/). Here you can also request Products Datasheets. Additional product information is available through the Atlac® Product Guide, which can be found on the AOC download page (https://aocresins.com/en-emea/downloads/). Also, please visit our website to find the latest case studies on Atlac® resins. Your AOC Account Manager and Technical Service Manager are happy to advise you in selecting the right products for your process and end use application.
Carbon Fiber SMC: High Performance Delivered at Industrial Scale with Daron® resins
Combining the unique Daron® 8151 resin with carbon fibers into SMC enables the reliable manufacture of components with superior mechanical strength, low density, E-coat capability and low emissions, while maintaining the design flexibility typical for composites. In recent years, novel SMC materials based on carbon fiber have become commercially available and are now applied at full industrial scale to produce ultra-light structural parts that outperform their equivalents in aluminum and steel. AOC has now developed a unique Daron® resin technology for use in SMC that enables chopped CF molded parts with the mechanical performance of Epoxy Resin CF-SMC to be manufactured with the ease of UPR and Vinyl Ester SMC. The combination with excellent flow behavior during molding, means that the resulting mechanical properties of the parts are truly outstanding (Tensile Modulus at 43 GPa, Tensile Strength over 300 MPa). By working closely with its customers throughout the supply chain, AOC has contributed to producing CF-SMC cost-effectively on an industrial scale, to be used in the engineering and production of structural interior automotive parts. These combine benefits of great mechanical properties, processing robustness in larger series, cost efficiency, extremely low part emissions, and design freedom. Please check out this Blog on the Tucana project for further detail (https://aocresins.com/en-emea/about-us/blog/20211025-carbon-smc-high-performance-delivered-at-industrial-scale/).
Value from Green AOC resins based on Recycled PET
For the longest time, customers have used AOC resins to make bathtubs, kitchen countertops and even sewer repair systems. Fossil-based raw materials used for different types of plastics may become scarce in the future. Therefore, we like to maximize the use of post-consumer recycled PET bottles for making quality resins. The bottles don’t end up as landfill or in the ocean but are given a second life. This does take more effort in our production, but we are convinced it’s worth it. Like our customers we want the future to be sustainable and reduce our joint impact on the environment. The PET resins we make are typically more heat resistant than comparable Ortho and DCPD resins. They’re also more resilient and allow for beautiful products to be created.
Turning Up the Heat with Neomould® 6800 Series
AOC is introducing the new Neomould 6800 resin series for manufacturing composite tooling. For cost-effective manufacturing of composite components in small to medium sized production series (up to 500-1000 parts per year), composite molds are broadly used across the industry. While they bring the designer the ability to create unique shapes, composite tools also enable the manufacturing of large components like wind turbine blades, boats, and façade panels for buildings. The Neomould 6800 resin series are based on VE resins, providing great benefits to toolmakers and composite part fabricators: • Excellent surface quality through zero-shrinkage • Fast resin application and through-cure during tool manufacturing in comparison with Epoxy resin tooling systems • Longer tool life and excellent reproducibility of surface quality during tool use • Tool capability to take higher peak exotherm, higher post-cure temperatures • Enables to make great tools at high length with infusion version • Easy repair of tool surface in case of eventualities