Products

VANCRYL® 937 is a medium glass transition temperature acrylic emulsion for the graphic arts industry. Excellent gloss can be obtained by utilizing VANCRYL® 937 in inks and coatings. Its film formation properties, coupled with its rapid water release, result in very fast drying. It is suitable for both flexographic and gravure printing on paper substrates. VANCRYL® 937 has excellent compatibility with pigment dispersions and alcohols. Inks formulated with VANCRYL® 937 have good transfer, printability, and resolubility for high-quality printing on various paper substrates (including metalized paper) and aluminum foil. VANCRYL 937 can also be formulated as a high gloss OPV that will very quickly develop water, oil, and scuff resistance.

EBECRYL® 4250 is an undiluted isocyanate functional urethane acrylate designed for use as an adhesion promoter in UV/EB coatings and in two component dual cure systems for coatings on wood, plastic and metal.

RHOPLEX® VSR-5102C is a 100% acrylic binder engineered for low-VOC interior and exterior semi-gloss to flat coatings. RHOPLEX® VSR-5102C can be formulated with minimal or no coalescent. RHOPLEX® VSR-5102C provides an optimal balance of abrasive scrub resistance and stain removal, along with excellent exterior durability and dirt pick-up resistance. This facilitates the formulation of high-quality, low-VOC, and low-odor interior and exterior paints. RHOPLEX® VSR-5102C contains no intentionally added alkylphenol ethoxylates (APEO) or per and polyfluoroalkyl substances (PFAS).

AP 6400 A60 is a moderate viscosity new low free amine technology Ketamines dissolved in acetone.

EBECRYL® 85 is a low viscosity amine modified polyether acrylate that provides high reactivity in low extractable, low odor energy curable coatings and inks. Coatings and inks based on EBECRYL® 85 exhibit a low odor after UV or EB curing.

TERMUL® 5500 is a high molecular weight alkoxylate of butanol. This product is a hazy viscous liquid at room temperature.

EBECRYL® LEO 10101 is a self-curing multifunctional acrylate enabling the UV curing of printing inks and coatings, not requiring additional photoinitiator, which reduces the risk of migration in indirect food contact applications. EBECRYL® LEO 10101 is specifically developed for making high reactive flexo inks with good flow and low migration. EBECRYL® LEO 10101 can be used for different colors also for white. It is recommended to use 20-30% EBECRYL® LEO 10101 in an ink or coating to reach a correct surface and through cure.

EBECRYL® 40 is a tetrafunctional polyether acrylate characterized by low viscosity, mild odor and light color. When formulated with acrylate oligomers, EBECRYL® 40 provides fast cure response in ultraviolet light (UV) and electron beam (EB) curable coatings and inks. Besides its high reactivity, EBECRYL® 40 improves the hardness and solvent resistance of cured inks and coatings. EBECRYL 40 is particularly recommended for lithographic offset inks, overprint varnishes and paper upgrading.

NYONOL™ LP-285 is a water insoluble polyalkene glycol (PAG). It is a clear liquid at room temperature with a low vapor pressure. NYONOL™ LP-285 exhibits excellent lubricity and can be used in various industrial lubricating applications.

Agiflex® 300 N063 is a polyether block amide used to replace common elastomers thanks to its technical features. The main application are sports shoes, sport rackets and tubes for transportation industry thanks to the very low density and high elasticity return.

CYMEL® MI-12-I Resin is a partially iso-butylated melamine supplied in iso-butanol. Its high reactivity, combined with very good leveling properties, makes CYMEL® MI-12-I Resin suitable for fast drying industrial applications like mirror backing, primers, and dipping enamels.

CRAYVALLAC® PA3 WDA 20 is a pre-activated amide wax supplied in a mixture of mineral spirit (D60) and alcohols. Under paste form for post-addition to solvent-based low polarity coating systems, it provides a shear-thinning rheology with thixotropic viscosity recovery to coating formulations. In coating systems, its crystalline fibres form an interacting network which gives rise to the shear-thinning rheology of the final coating. It 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. Immediately following application, the coating’s viscosity undergoes a time dependent recovery as the network re-establishes itself. This time dependence is known as thixotropy and enables the final coating to attain very good levelling.