Plastics Additives

Additives and polymers to improve performance, processing and sustainability. Serving a wide range of plastic applications and industries.

Plastics Additives

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    Polymerization initiator for controlled rheology polypropylene (CR-PP) production in the temperature range 200-250°C. It is based on peroxide.Benefits:Supplied in beads form for accurate dosage to the polymerListed on TSCA inventory

    Crosslinking agent designed for use in polyolefins. It is a bifunctional peroxide and supplied as 45% formulation on an inert carrier system in granular form.Benefits:Listed on TSCA inventoryTypical crosslinking temperature: 175°C (rheometer t90 about 12 min.)

    Crosslinking agent suitable for use in polyolefins. It is a dialkyl peroxide, 45% active ingredient on CaCO3.Benefits:Listed on TSCA inventoryProvides ease of dispersion in an elastomer compound and controlled dusting

    Crosslinking agent suitable for use in polyolefins. It is a bifunctional peroxide and supplied as 45% formulation on an inert carrier system in powder form. Benefits:Listed on TSCA inventoryTypical crosslinking temperature: 175°C (rheometer t90 about 12 min.)

    Crosslinking agent developed for use in polyolefins. It is a bifunctional peroxide and supplied as 50% formulation on an inert carrier system in powder form.  Benefits:Listed on TSCA inventoryTypical crosslinking temperature: 175°C (rheometer t90 about 12 min.)

    Polymerization initiator for controlled rheology polypropylene (CR-PP) production in the temperature range 200-250°C. It is based on peroxide.Benefits: Listed on TSCA inventory

    Polymerization initiator used for controlled rheology polypropylene (CR-PP) production in the temperature range 200-250°C. It is a diluted form of Trigonox® 101 in mineral oil.Benefits: Listed on TSCA inventoryOffers homogenous distribution in the polymer

    Crosslinking agent for foil in photovoltaic cells. TRIGONOX® 117 is a high-purity organic peroxide from Nouryon, designed as an effective initiator for polymerization processes. Ideal for the production of thermoplastics like polyethylene and polystyrene, it offers consistent performance and thermal stability, ensuring high-quality end products in plastics manufacturing.Key Benefits:Excellent thermal stability for controlled processingHigh purity ensures consistent polymerization resultsSuitable for a wide range of thermoplastic applicationsEnhances product quality and operational efficiencyTrusted performance in high-demand industrial settings

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