ADK STAB AO-60 by ADEKA is a hindered phenol. Acts as an antioxidant. It is a radical scavenger which prevent thermal degradation of many organics and polymeric materials. Offers excellent... view more

ADK STAB AO-330 by Adeka is a hindered phenol-based antioxidant. It is radical scavenger which prevent thermal degradation of many organics and polymeric materials. It has low volatility. It offers... view more

ADK STAB LA-31 RG by Adeka is UV absorber. It exhibits very low volatility due to high molecular weight. It offers an excellent thermal stability as well as an excellent retention within the... view more

ADK STAB NA-05 by Adeka is a nitrogen-containing compound based nucleating agent. It gives high degree of crystallinity to polymer resulting in increased mechanical properties such as hardness... view more

ADK STAB PEP- 36A by ADEKA is a phosphite-based antioxidant. It is an excellent peroxide decomposer, halogen acceptor and masking agent. It provides good heat stability, color stability, process... view more

ADK STAB LA-46 by ADEKA Polymer Additives Europe is UV absorber. It offers low volatility but an excellent thermal stability and discoloration resistance against heat. ADK STAB LA-46 offers high... view more

PARALOID™ EXL-2330 Impact Modifier by Dow is a general purpose all acrylic core-shell impact modifier. It provides excellent balance of impact resistance and modulus retention in a variety of... view more

PARALOID™ EXL-2335 Impact Modifier by Dow is an UV and heat-resistant impact modifier and butyl acrylate-based toughener. It offers excellent thermal stability and good balance of toughness &... view more

PARALOID™ EXL-3330 by Dow is a general purpose all acrylic core-shell impact modifier providing an excellent balance of impact resistance and modulus retention. It provides high impact strength and... view more

bFI A 3745_P by Polytives is a polymeric processing aid in powder form. It is a flow improver dveloped to reduce the melt viscosity of various polymers (PMMA) and polymer systems thereby increasing... view more