Products

DERMULSENE® DP 1601 is an aqueous, solvent free resin based on stabilized rosin ester.

EMERAL EMR D1250BG is a binder used in coatings, specifically for metallic paints.

SOCER BRAZIL COL 1440 WW/X S Elliottii Rosin obtained by distillation of crude gum / pine oleoresin collected from Pinus trees (live).

D.E.R.® 6116 Solid Epoxy Resin is a low molecular weight, solid reaction product of epichlorohydrin and bisphenol A. D.E.R.® 6116 Solid Epoxy Resin is a standard, low molecular weight, solid epoxy resin which has been developed for use in powder coatings where it provides excellent flow in standard as well as in low temperature cure systems. D.E.R. 6116 Resin can be used in both epoxy and epoxy/polyester powder coating applications to improve mechanical and chemical resistance properties. D.E.R.® 6116 Solid Epoxy Resin offers, as standard, a lower epoxide equivalent weight and viscosity than D.E.R. 662E Solid Epoxy Resin. D.E.R.® 6116 Resin is suggested for use in applications in which D.E.R.® 662E Resin does not provide adequate flow.

OREVAC® 18211 is a coextrusion adhesive resin based on maleic on a maleic anhydride modified ethylene-vinyl acetate copolymer.

PARALOID™ B-44S 40% Resin is specified for PVDF coil coatings and can be blended with other PARALOIDTM resins to adjust the balance of properties required for a particular application, such as color/base coats for metal substrates. It is supplied as a 40% solution in toluene and is also available in a solid grade (PARALOIDTM B-44 Solid Grade Thermoplastic Acrylic Resin).

OREVAC® 18725N is a polypropylene based adhesive resin for extrusion and thermo- lamination processes. Available in pellet form, it can be processed on most polyolefin extrusion or coextrusion equipments.

D.E.N.® 424 is used in protective coatings and functions as a binder, resin, and matrix material in CASE ingredients and composite materials.

POLYCO™ 4160 is a binder and resin used in architectural coatings, automotive OEM coatings, industrial coatings, and paints and coatings applications.

D.E.R.® 668-20 Solid Epoxy Resin is a high molecular weight solid reaction product of epichlorohydrin and bisphenol A. D.E.R.® 668-20 Solid Epoxy Resin is designed primarily for use in one pack stoving enamels in combination with heat-reactive cross-linking agents such as amino- and phenol- formaldehyde resins. D.E.R.® 668-20 Solid Epoxy Resin may also be used as binder in ambient curing systems in combination with isocyanate cross-linkers. Finishes made from D.E.R.® 668-20 Resin are suitable for metal decoration, interior and exterior can coatings, tube and drum linings, coil primers and many other industrial applications.

MAINCOTE™ HG-54D has established the performance standard for acrylic waterborne maintenance paint vehicles. It can be formulated into primers and gloss topcoats which are designed for commercial, institutional, and industrial maintenance markets. The full gloss capability, corrosion resistance, flow, hardness, and chemical resistance characteristics imparted by MAINCOTE™ HG-54D Acrylic Resin in a waterborne finish are typical of those associated with conventional solvent-based maintenance systems. Primer formulations exhibit stability with commonly used corrosion-inhibiting pigments.

SILIKOPHEN® P80/MPA is a binder and resin used as a resin in industrial additives.

GNS GME-338 is a binder and resin used in industrial applications.

D.E.R.® 383 liquid epoxy resin is a reaction product of epichlorohydrin and Bisphenol A.

FORTEGRA® 401 is a specialty polyoxypropylene diamine modified liquid epoxy resin. FORTEGRA® 401 is designed for the use of enhancing the toughness and flexibility for epoxy systems, mainly used in epoxy adhesives and coatings products. With improved toughness and flexibility, the adhesives products can achieve better drop resistance and impact peeling resistance, as well as perform well on aging tests. While for the applications in coatings, it brings the benefits of improved adhesion and impact resistance. A wide variety of curing agents are available to cure this resin at ambient conditions. Most frequently used curing agents are aliphatic polyamines, polyamides and modified versions of these. Elevated temperature cure is necessary and post-cure required to develop full end properties if anhydride or catalytic curing agents are employed.