Products

RHOPLEX® WL-91 is a binder and resin, classified as a chemical mixture and blend. It is used in architectural coatings, automotive OEM coatings, automotive and transportation, industrial applications, and paints and coatings. It functions as a binder.

ACS11600 Titanium Dioxide is a single-ingredient inorganic pigment with a solvent-based carrier. Known also as TiO₂ or titania, it is compatible with wood substrates and used in aerosol, concrete, and floor coatings. The pigment features excellent stability, high color strength, and low viscosity.

CYMEL® 350 Resin is a highly methylated, monomeric melamine resin recommended for use in both waterborne and solvent-borne systems. It has very good water solubility properties, which makes it easy to incorporate with excellent stability in emulsion systems, as it remains in the water phase and does not migrate to the polymer phase. Like CYMEL® 350 Resin, it is a very efficient crosslinking agent and is recommended for coil coatings and high solids systems. CYMEL® 350 Resin has a slightly slower cure response than other monomeric methylated melamine resins. This provides excellent flow and levelling characteristics and less solvent popping on cure

Silcolapse® 426R is a non-ionic aqueous emulsion based on polydimethylsiloxane oil. It has 30% active matter content and is recommended for the prevention, control or elimination of foam in aqueous systems.

WWT50464 Red Iron Oxide is a liquid colorants that are low in viscosity, high in color strength, and maintain excellent stability. Possible applications for the WC line include but are not limited to industrial, decorative and architectural coatings, paper products, textile inks, and aggregate coatings.

CRAYVALLAC® LA-150 is a new pourable liquid rheology modifier supplied in Dimethylsulfoxide (DMSO) for post addition to solvent based systems.CRAYVALLAC® LA-150 is a post-addition rheology modifier composed of a modified urea dissolved in DMSO. When added to the final system, the DMSO is diluted and the modified urea crystallizes out as very fine fibres which build into a three-dimensional interacting network. It is this network that gives rise to the system’s shear thinning rheology and time dependent viscosity recovery. The result is excellent control of sedimentation combined with ease of application. Immediately following application, where low shear conditions again predominate, the system’s viscosity undergoes a time dependent recovery as the network re-establishes itself. This time dependency is known as thixotropy and enables the final system to attain very good levelling.

UCECOAT® 7699 is a high performance acrylated polyurethane dispersion specifically developed for energy curable pigmented top-coats on wood furniture. It is also suited for clear finishes on wood along with other substrates and applications, such as field applied UV curable coatings for wood, concrete, VCT (vinyl composition tile), and resilient floors. UCECOAT® 7699 demonstrates high reactivity, including in thick pigmented coatings, and cured coatings exhibit outstanding scratch and stain resistance.

EBECRYL LEO® 10103 is a multifunctional acrylate that in the presence of an amine synergist can enable the UV curing of printing inks and coatings without, or with only a minimal amount, of photoinitiator. The elimination or reduction of photoinitiator decreases the potential for migration in indirect food contact applications. EBECRYL LEO® 10103can be used for low migration over print varnishes along with flexographic and offset inks in the entire color range, including white. EBECRYL LEO® 10103 at 10-20% by weight in a coating or ink can provide a good balance of surface and through cure.

AEROSIL® R 805 Silicas is a fumed silica after-treated with organosilane. It provides utmost transparency.

PARALOID™ B-72 100% Resin has low reactivity with sensitive phosphorescent and luminescent pigments to produce stable, durable, non-yellowing coatings. It is compatible with vinyls, cellulosics, chlorinated rubbers, and silicones. It is well suited for white and metallic aerosols, clear coatings for wood, nitrocellulose modified coatings for general product finishing, pigment dispersion (fluorescent), flexographic printing inks, and gravure plastic coatings.

SURFYNOL® DF-75 defoamer is an organic-based mineral oil-free additive designed to provide knockdown and sustained defoaming in a wide variety of water-based formulations. Performance benefits can be obtained when this product is incorporated into aqueous inks, overprint varnishes, coatings, adhesives and paper coatings. This compound is particularly useful for foam control in systems that are based upon acrylic resins.

CYMEL® 327 resin is a methylated high imino melamine crosslinker supplied in isobutanol. CYMEL® 327 resin is very reactive and has a tendency towards selfcondensation at normal baking temperatures, providing films with very good hardness, gloss, chemical resistance and outdoor durability. Its major advantage relative to other high imino resins is its potential to lower VOC in high solids formulations.

TAMOL® 1254 is a versatile, low-cost, low-foaming polyacid dispersant that offers outstanding performance in a wide range of latex paint formulations. It is recommended for low sheen flats through gloss acrylic, styrene-acrylic and vinyl acrylic formulations. In addition to good efficiency, this polyacid dispersant offers excellent stability and color acceptance even in formulations containing zinc oxide.

TAMOL® 1124 is a high performance hydrophilic copolymer which offers outstanding performance in a wide range of latex paint formulations from high gloss enamels to low sheen flats. Designed for excellent stability and compatibility with modern latex paint additives, TAMOL® 1124 dispersant is an excellent choice for the modern paint formulator.

UCECOAT® 7710 is a solvent free, energy curable polyurethane dispersion specifically developed for high gloss applications on wood and plastics. It exhibits high hardness and scratch resistance. UCECOAT® 7710 is not physically drying before UV curing.