3D Printing and Rapid Prototyping
Reactive monomers effective in cationic UV-curing for reducing viscosity and increasing the cure speed of glycidyl ethers.
PAGS for cationic-UV curing of epoxies.
Extensive line of low and high functionality monomers and oligomers for radical-UV curing.
Di-functional hydrogenated bisphenol A epoxy resin that provides excellent resistance to UV degradation. It is a highlighted grade in the DENACOL™ series of aliphatic epoxies.
Mono- and multi-functional aliphatic epoxy crosslinkers, reactive diluents, and modifiers. Grades include high functionality, varying degrees of water solubility, low chlorine content, hydroxyl functionality, and bio-based content. Low viscosity and non yellowing. Provides good adhesion to metal and nylon substrates.
Core-Shell Impact Modifiers
Formulators can use it to deliver high-performance coatings that fulfill customer needs while imparting additional processing and end-use benefits. Denacol EX-622 can be used both in traditional epoxy systems and non-isocyanate (NISO) systems. Standard epoxy curatives such as amines can be used with Denacol EX-622 for traditional epoxy systems. For NISO systems, Denacol EX-622 can
Impact modifier for thermoplastics and toughener for thermosets, epoxies, UPEs, powder coatings and UV-curable coatings.
Raw materials for engineering plastics, including non-halogenated flame retardants, such as phosphazene flame retardants.
Ultrafine TiO2 and electroconductive TiO2 product lines.
Unique high performance glass fiber with flat cross sections.
Polymer Melt Filters
Patented polymer melt filtration system for filtration of various resins prior to pelletization (or other processes) and film extrusion of both optical films as well as packaging and industrial films.
Crosslinked acrylic and styrenic microspheres. Suited for waterborne and solvent-borne systems. Excellent dispersability in paint formulations. Excellent compatibility with coated film. Durable matte or soft-feel coating, which has superior scratch and mar resistance.
Crosslinked silicone (PMSQ) microspheres with a consistent spherical shape and narrow particle distribution. Superior heat resistance with a lower refractive index for more efficient light diffusion.