PARALOID™ EXL-2314 by Dow is acrylic based impact modifer for engineering resins. Provides high impact strength and overall cost performance. Offers high heat stability and weatherability. Exhibits... view more

Acrylic polymer. Used as an impact modifier for automotive under-the-hood applications, electric and electronic connectors, body panels for lawn mowers and tractors, and thermoset molding compounds... view more

Paraloid™ EXL-2335 by Dow Corning is an acrylic core-shell impact modifier. Offers good colorability, and thermal stability along with excellent impact performance in a variety of engineering... view more

Paraloid™ EXL 2388 by Dow Chemical is a general purpose all acrylic core-shell impact modifier. Provides an excellent balance of impact resistance and modulus retention in a variety of engineering... view more

Core/shell impact modifier based on butadiene rubber. Offers good retention of part rigidity after ageing. Provides very good part surface finish and colorability. Exhibits significant improvement... view more

Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more

Polyacetal or polyoxymethylene. Acts as a impact modifier. Is a semi-crystalline thermoplastic produced from formaldehyde. Provides excellent wear resistance, high modulus, good chemical resistance... view more

General purpose MBS core-shell impact modifier providing an excellent balance of impact resistance and modulus retention in a variety of engineering resins. Due to the core-shell structure and well... view more

PARALOID™ EXL-2655 by Dow is MBS core-shell impact modifier. It is designed to improve fatigue and impact resistance for thermosetting plastics, such as epoxy molding compounds. Possess excellent... view more

MBS core-shell impact modifier. Is clear modifier in PMMA/SAN compounds. Offers very low haze in clear applications. Possesses high impact efficiency, good retention of part rigidity and excellent... view more

Paraloid™ EXL-2690 is a methyl methacrylate-butadiene-styrene (MBS) core-shell copolymer. Acts as an impact modifier. Has excellent compatibility in polycarbonate (PC) and polycarbonate blends such... view more

(Methacrylate-Butadiene-Styrene) MBS Polymer. Used as impact modifier for automotive parts such as bumpers, body panels and interior parts, appliances such as blender housings, housings for... view more

(Methacrylate/Butadiene Styrene) MBS Polymer. Used for automotive parts such as bumpers and body panels, appliances such as blender housings, housings for electronic components such as computers and... view more

All acrylic core-shell impact modifier. Provides high impact strength. Exhibits good heat and UV stability... view more

Acrylic polymer. Used as impact modifier for automotive under-the-hood applications, electric and electronic connectors, body panels for lawn mowers and tractors, and thermoset molding compounds... view more

Acrylic polymer. Used as impact modifier in automotive under-the-hood applications, electric and electronic connectors, and body panels for lawn mowers and tractors. Offers high impact strength and... view more

Core-shell impact modifier. Offers good retention of part rigidity after ageing. Provides very good part surface finish and colorability. Improves the impact strength of glass filled compounds... view more

(Methacrylate-Butadiene-Styrene) MBS Polymer. Used for automotive parts such as bumpers, body panels and interior parts, appliances such as blender housings, housings for electronic components such... view more

(Methacrylate/Butadiene Styrene) MBS Polymer. Used for automotive parts such as bumpers and body panels, appliances such as blender housings, housings for electronic components such as computers and... view more

PARALOID™ EXL-3808 by Dow is maleic anhydride grafted (MAH) polyolefin. Acts as an impact modifier. It is a low crystallinity ethylene-octene copolymer functionalized with maleic anhydride (MAH) by... view more