ANTILUX® 654
Anti-sun check wax with protective film formation and excellent stability under dynamic stress—ideal for ozone protection of technical rubber goods and tires.
Product Description
Antilux® 654 is an anti-sun check wax engineered to protect rubber articles from ozone and weathering damage, even under dynamic stress and elevated temperatures. Its optimized migration behavior ensures the formation of a protective film on vulcanizates. Ideal for tires and technical rubber goods, it enhances durability and surface integrity in demanding environments. Trusted globally, Antilux® 654 integrates seamlessly into modern rubber compounding processes.
THESE SPECIAL FEATURES MAKE ANTILUX® 654 SO SUCCESSFUL
· Forms a protective film on rubber surfaces, even under dynamic stress
· Maintains performance at service temperatures up to 50 °C and ozone chamber conditions around 45 °C
· Optimized composition ensures controlled migration of the anti-sun check wax and long-lasting surface protection
· Carries antiozonants and antioxidants to the surface for enhanced durability
· Compatible with a wide range of rubber compounds
· Supplied in easy-to-handle pastilles with excellent dispersion properties during mixing
THE MOST COMMON AREAS OF APPLICATION
· Tires for passenger cars and trucks
· Conveyor belts and cable coverings exposed to demanding environments
· Rubber profiles used at elevated service temperatures
· Technical rubber goods requiring long-term ozone and weather resistance
Brand
ANTILUX®
Manufacturing of rubber, latex
Rubber Additives
Blend of selected paraffins and micro-waxes
THAT'S WHY LANXESS
As a leading specialty chemicals company, we offer much more than high-quality products: we stand for reliability, innovative strength and partnership-based thinking. But you are at the centre of everything we do: our customers. Our customers benefit from tailor-made solutions, global presence and a deep understanding of their markets. Discover eleven compelling reasons why LANXESS is the right partner for your business.
