Products

BRUGGOLEN® Recycling R8895 is a recycling additive for polyolefines. It is used for upcycling Polypropylene from car battery cases: Repair of damage in the polymer chains by a novel chemical system. High-quality recyclates for demanding long-term applications Prolonged retention of mechanical properties during long-term heat aging. Neutralization of acidic contaminations. One-Pack solution stabilizes the recycling process. Bruggolen® R recycling additives improve the polyolefin recycling processes and help recyclers to produce higher-value polyolefine recyclates for long-term applications. For the first time, the new repairing technology allows repairing damages from prior use.

BRUGGOLEN® TP-R2090 is our recycling additive for polyolefins Bruggolen® R recycling additives improve the polyolefin recycling processes and help recyclers to produce higher value polyolefine recyclates for long term applications. For the first time the new repairing technology allows to repair damages from prior use. BRUGGOLEN® TP-R2090 for Upcycling of post-industrial and post-consumer polypropylene waste streams: Repair of damage in the polymer chains by novel chemical system. High quality recyclates for demanding long term applications Prolonged retention of mechanical properties during long term heat aging. One-Pack solution stabilizes the recycling process

Brueggemann TP 1862 is a combination of novolak-based resin along with a zinc-based catalyzing additive that additionally allows the elimination of cobalt and cobalt salts from steel-cord adhesion mixtures without sacrificing vulcanization activity, mechanical properties, and adhesion characteristics.Removing cobalt and resorcinol from adhesion mixturesSteel-cord adhesion mixtures are commonly used in tires and other applications such as hoses or conveyor belts.In such mixtures, state-of-the-art technology uses systems containing cobalt salts as catalysts or co-accelerators and adhesion promotors, as well as resorcinol resins to achieve desired mechanical properties. As both cobalt and cobalt salts, on one hand, and resorcinol, or resorcinol-based resins, on the other hand, are deemed to be problematic from an environmental safety and health (ESH) point of view, it is worthwhile finding a solution to reduce or even eliminate such critical substances from modern rubber mixtures. The elimination of resorcinol is already realized by a novolak-based reinforcing resin. Highlights of TP 1862:No cobaltNo resorcinolHigh adhesion to steelHigh mechanical propertiesLow zinc and heavy metal content