Soft, flexible thermoplastic acrylic resin solution. Possesses very good adhesion, gloss and color retention... view more

Benzylbutyl phthalate (BBP). Used as a plasticizer for PVC in gaskets. Offers very good processability and plasticizing efficiency. Provides high resistance to hydrocarbons, very good stain... view more

Dioctyl adipate (DOA). Used as a plasticizer for PVC, its copolymers and synthetic rubber in gaskets. Offers very good performance at low temperatures, initial low viscosity and good stability. Can... view more

Phthalate based on predominantly linear C7-C11 alcohols. Used as a plasticizer for PVC in gaskets. Offers low volatility, good efficiency, low tempearture flexibility, outdoor weatherability and... view more

Phthalate based on predominantly linear C7-C9 alcohols. Used as a plasticizer for PVC in gaskets. Offers easy processability, high efficiency and compatibility , better low temperature flexibility... view more

Diplast® NS by Polynt is diisononyl phthalate (DINP). Used as a plasticizer for PVC in gaskets for a variety of applications. Offers lower volatility, workability and efficiency. Provides good... view more

Di-2-ethylhexyl phthalate (DOP or DEHP). Used as a plasticizer for PVC in gaskets. Offers compatibility with PVC, chlorinated rubbers, polystyrene, nitrocellulose and ethylcellulose, partial... view more

Polimix® 100F by Polynt is a low viscosity, polymeric plasticizer based on adipic acid and polyhydric alcohols. It offers permanence, low tendency to migration and low volatility. It provides... view more

Polimix® 150N by Polynt is a polymeric plasticizer of low molecular weight based on adipic acid and polyhydric alcohols. Used for labels and adhesives sheets for advertisement graphics, furnishings... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used in adhesive labels and electical adhesive tapes. Offers low viscosity, interesting processing properties, permanence, low... view more

Polimix® 200F by Polynt is a medium-low viscosity polymeric plasticizer based on adipic acid and polyhydric alcohols. It provides extraction resistance by oils, fats and hydrocarbons. It offers good... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used in adhesive labels and electical adhesive tapes. Offers medium viscosity, interesting processing properties, permanence, low... view more

Polyester plasticizer based on adipic acid and polyhydric alcohols. Used in adhesive labels and electical adhesive tapes. Offers medium viscosity, interesting processing properties, permanence, low... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used for labels and adhesive sheets for advertisement graphics, furnishings and tapes for electrical uses and for refrigerator... view more

Polimix® 400F is a medium-low viscosity polyester plasticizer based on adipic acid and polyhydric alcohols by Polynt. It is recommended for adhesive labels and electrical adhesive tapes. It offers... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used in decorative adhesive sheets, electrical adhesive tapes and refrigerator gaskets. Offers low viscosity and easy handling and... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used in gaskets for various applications and adhesive sheets. Offers medium viscosity, permanence, low volatility, extraction... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used in gaskets for various applications. Offers high viscosity, permanence, low volatility, very good extraction resistance by... view more

Polimix® 700F by Polynt is a polyester plasticizer based on adipic acid and polyhydric alcohols. Used in gaskets for various applications. Polimix® 700F offers high viscosity, permanence, low... view more

Polymeric plasticizer based on adipic acid and polyhydric alcohols. Used for labels and adhesive sheets for advertisement graphics, furnishings and tapes for electrical uses and for gaskets for... view more