PARALOID™ BPM-520 is an acrylic modifier that provides an extraordinary integration of impact strength and excellent colorability for injection-molded opaque packaging and semi-durable applications.

PARALOID™ BTA-730 is an MBS modifier ideal for high-impact film and sheet applications where transparency is critical. This spherical white powder is free flowing, which allows for dust-free mixing and higher-output production.

PARALOID™ BTA-751U is an MBS modifier ideal for both opaque and translucent films where a balance between high-impact performance and cost efficiency is critical.

PARALOID™ EXL-2300 is an acrylic core shell impact modifier additive based on butyl-acrylate rubber core.

PARALOID™ EXL 2314 is a highly efficient acrylic toughening agent for engineering resins tailored for various engineering polymers and their blends.

PARALOID™ EXL 2330 is an acrylic core-shell modifier ideal for a wide variety of applications that require high impact strength at temperatures as low as -10°C, as well as good heat and UV stability.

PARALOID™ EXL 2335 is an acrylic core-shell impact modifier ideal for a wide variety of engineering resin systems that require good colorability, thermal stability, and exemplary impact strength.

PARALOID™ EXL-2390 is an acrylic impact modifier from Dow that offers exceptional low-temperature performance coupled with high-class weatherability for polycarbonates and engineered resins.

PARALOID™ EXL 2650J is a general-purpose MBS modifier that disperses easily in a variety of engineering resin systems and provides low-temperature impact properties.

Dow PARALOID™EXL-2690 is an MBS impact modifier ideal for polycarbonate/polycarbonate-blend applications that require low-temperature performance and ease of processing.

PARALOID™ EXL 2691J a free-flowing powder MBS modifier ideal for a wide variety of engineering resins systems that require increased thermal stability and good colorability in both weatherable and non-weatherable systems.

PARALOID™ EXL 3330 is a pelletized MBS impact modifier that provides heat stability in polycarbonate, polybutylene terephthalate, and polyethylene terephthalate plastic systems. It is suitable for both weatherable and nonweathering applications.

PARALOID™ EXL 3361 is a pelletized acrylic modifier ideal for a wide variety of engineering resin systems that require increased thermal stability and good colorability in both weatherable and nonweatherable applications.

PARALOID™ KM-334 is an acrylic modifier that combines good impact performance and melt strength with high processing efficiency. It is ideal for exterior vinyl applications.

PARALOID™ KM 5000 is a high-efficiency acrylic modifier ideal for improved impact properties in exterior vinyl applications without any additional process aids.

PARALOID™ KM-5450 is an acrylic-based impact modifier designed to provide excellent impact resistance in vinyl extrusion and compounding applications.

PARALOID™ KM-X100 Pro is a weatherable acrylic modifier that maximizes processing efficiency and delivers the high-gloss finish required in high-volume vinyl profile extrusion.

PARALOID™ EXL 2300G is an acrylic core-shell modifier ideal for epoxy applications, which require high impact strength at temperatures as low as −10°C as well as good heat and UV stability.

PARALOID™ KM 330 is an acrylic modifier that combines good impact performance and melt strength with high processing efficiency. It is ideal for exterior vinyl applications

PARALOID™ EXL 3691J is a free-flowing pelletized MBS modifier ideal for a wide variety of engineering resin systems requiring increased thermal stability and good colorability in both weatherable and nonweatherable systems.

Dow PARALOID™ TMS-2670J MBS impact modifier helps overcome the brittle mechanical behavior of epoxy resins and composites for various demanding applications.

PARALOID™ TMS-2672 is an MBS core-shell impact modifier that easily disperses and improves the brittle mechanical behavior of thermosetting resins while maintaining lightweight properties and improved adhesion.