Industrial Coatings

EBECRYL® 8701 is an aliphatic urethane triacrylate designed to bridge the gap between high surface hardness and excellent outdoor durability. EBECRYL® 8701 can be used in applications requiring a combination of hardness, increased Tg, chemical resistance, and outdoor durability. Films ofEBECRYL® 8701 cured by ultraviolet light (UV) or electron beam (EB) exhibit a unique combination of surface hardness and outdoor durability typically not found in one molecule. Over time, EBECRYL® 8701 may crystallize to a waxy solid form.

D.E.R.® 662E is a low molecular weight "2-type" epoxy resin.

AEROSIL® R 974 Coating is a hydrophobicfumed silica after-treated with DDS (dimethyldichlorosilane).

CRAYVALLAC® WN-1495 is a matting agent for use in inks and liquid coatings while enhancing surface properties such as scratch and abrasion resistance. Its fine particle size distribution is providing enhanced performance and ease of incorporation.

CRAYVALLAC® WN-1135 is a micronised modified polypropylene wax.

D.E.R.® 354 liquid epoxy resin is a standard liquid epoxy resin based on the reaction products of bisphenol f and epichlorohydrin.

Hostavin® 3326 disp. is a 52 % aqueous dispersion of a halogenated benzotriazole UV-absorber. It is characterized by its excellent compatibility and high efficiency in waterborne paints and varnishes, especially for protection of exterior wood coatings.

RHOPLEX® HG-700 is an aqueous, 100% acrylic polymer designed for interior and exterior, VOC compliant, gloss and semigloss enamels. This binder uses ambient temperature self-crosslinking technology to offer improved enamel performance versus conventional latex polymers. The combination of an all-acrylic backbone and ambient cure crosslinking technology offers excellent performance in gloss and semi-gloss formulations at VOC levels under 150 g/L. Gloss enamels based on RHOPLEX® HG-700 offer durable coatings with excellent adhesion, block resistance, and stain removal. Suitable applications include factory applied topcoats for wood and wood composite materials such as joinery and siding products.

D.E.R.® 660-X80 Epoxy Resin Solution is a semi-solid reaction product of epichlorohydrin and bisphenol A in a xylene solution. D.E.R.® 660-X80 Epoxy Resin is an intermediate molecular weight epoxy resin in a xylene solution developed for use in high solids/high build coating formulations. This epoxy resin solution enables the formulation of systems combining the high solids and chemical resistance of liquid epoxy resins with the outstanding adhesion, flexibility and fast cure of higher molecular weight solid epoxy resin. D.E.R.® 660-X80 Epoxy Resin can form the basis of a two-component coating system with either polyamine, polyamide or polyamidoamine curing agents to provide high quality coatings which are resistant to a number of chemical reagents. These coatings also exhibit the excellent mechanical properties normally associated with epoxy resin systems. D.E.R.® 660-X80 Resin is ideal for medium to heavy duty coatings, such as ship hulls, marine paints, tank linings and industrial maintenance coatings.

CRAYVALLAC® PA3 BA 20 is a HAPs-free pre-activated amide wax supplied in a mixture of butyl acetate and alcohol. It is a rheology modifier in paste form with high efficiency (optimum sag resistance and viscosity).CRAYVALLAC® PA3 BA 20 is supplied in the form of crystalline fibres. In a coating system, these fibres form an interacting network. This network gives rise to the shear thinning rheology of the final coating. This shear thinning characteristic provides a very high viscosity under the low shear rates associated with sedimentation, and a low viscosity at the much higher application shear rates. The net result is excellent control of sedimentation combined with ease of application.

CRAYVALLAC® WN-1265 is a micronised amide wax.

AEROSIL® R 9200 is a structure modified, hydrophobicfumed silica.

CRAYVALLAC® SUPER is a high performance, micronised amide wax rheology modifier suitable for a wide range of solvent-based, high-solids and solvent-free applications. CRAYVALLAC® SUPER overcomes those difficulties which exist with hydrogenated castor oil based rheology modifiers e.g. seeding and false-body. Consequently, coatings formulated using CRAYVALLAC® SUPER exhibit an enhanced performance such as controlled flow behavior, ease of application and excellent sag resistanceIts smooth viscosity recovery will help to achieve high film thickness without compromising a good levelling.

D.E.R.® 660-B80 Epoxy Resin Solution is a semi-solid reaction product of epichlorohydrin and bisphenol-A dissolved in n-butanol. D.E.R.® 660-B80 Epoxy Resin Solution is an intermediate epoxy equivalent weight epoxy resin dissolved in butanol, and is used mainly in adhesives and protective coatings, or as a modifier for other epoxy resins to improve impact strength, extensibility, and adhesion. This epoxy resin solution can provide the high solids and chemical resistance of liquid epoxy resins combined with the adhesion, flexibility, excellent mechanical properties, and fast cure of higher molecular weight 1-type solid epoxy resin solutions. D.E.R.® 660-B80 Epoxy Resin can form the basis of many two-component coating systems with either polyamine, polyamide or polyamidoamine curing agents to provide high quality coatings which are resistant to a number of chemical reagents. D.E.R.® 660-B80 Epoxy Resin Solution is ideal for adhesives and medium to heavy duty coatings such as those used for ship hulls, marine paints, tank linings, and industrial maintenance coatings.

CRAYVALLAC® PA4 BA 20 is a HAPs-free rheology modifier pre-activated amide wax supplied in a mixture of butyl acetate and alcohol. It is a rheology modifier in paste form with enhanced transparency, excellent anti-sagging and anti-settling properties.CRAYVALLAC® PA4 BA 20 is supplied in the form of crystalline fibres. In a coating system, these fibres form an interacting network. This network gives rise to the shear thinning rheology of the final coating. This shear thinning characteristic provides a very high viscosity under the low shear rates associated with sedimentation, and a low viscosity at the much higher application shear rates. The net result is excellent control of sedimentation combined with ease of application.