High Efficiency Dispersant

D107 is a sodium salt polyelectrolyte of synthetic hydrophobic copolymer. It is an extremely versatile pigment dispersant for acrylic, vinyl acrylic, and acrylic/styrene based coatings, and can be expected to give good dispersion, stability, and film properties in a broad array of coating systems. D107, a hydrophobic polymer based carboxylate polyelectrolyte, brings many formulating benefits to coatings applications including very effective with inorganic pigments, superior gloss development, good hiding at economical use levels formaldehyde free and better film formation. ​

D106 is a high efficiency synthetic hydrophilic copolymer pigment dispersant. It provides outstanding performance and cost effectiveness in a wide range of acrylic, vinyl acrylic, and acrylic/styrene based latex paints from low sheen flats to high gloss enamels. It has been designed to maximize gloss potential with good flow and wet adhesion in interior and exterior high gloss and semi-gloss formulations. It has excellent compatibility with colorants for good color acceptance. ​

T90 to T104 series of rheology modifiers represent the latest advance in synthetic Hydrophobically modified Alkali-Swellable anionic associative Emulsion thickener (HASE) technology. T90-T104 series provide customers the opportunity for thickener consolidation with improved performance in architectural and functional coatings. ​

RK-561 is a modified polyether defoamer. It has excellent antifoaming performance, especially under some very harsh conditions and high shear system. It is used in textile industry, industrial cleaning, water-based ink. ​

RK-83S is a emulsion type polyether modified organic antifoam. Compared to traditional defoamer, it is stable under strong acid, high temperature, high shear system. It has good defoaming & antifoaming performance, and safe to use. RK-83S is suitable used in the pesticide industry, textile printing&dyeing production processes, especially in high temperature overflow dyeing processes. It can also used in other typical high temperature, high shear, extreme pH environments. ​

RK-9110S is a defoamer specially designed for various water-based inks and latex systems. It has excellent dynamic defoaming, antifoaming performance, long-lasting defoaming ability, and excellent compatibility. It has the properties of silicon type defoamer and the compatibility of non-silicon type defoamer. It is used in inks, latex paints and coatings, which improves the leveling and wetting of inks, paints and paints, and improves the abrasion resistance and smoothness of paints. ​

T60 is a high solids and nonionic hydrophobically modified ethylene oxide urethane (HEUR) rheology modifier designed for waterborne architectural, industrial and functional coatings. It is APEO and OrganoTin free. ​

RK-T100 is a kind of defoaming agent with special emulsified and silica system, which hasexcellent dynamic defoaming, anti-foaming effect and long-lasting defoaming ability, especially under the harsh conditions. Very low addition can achieve the ideal defoaming effectand reduce the effect causedby adding largely amount defoamer.The special emulsified system makes the good compatibility, diluted stability and shear stability.​

RK-8875 is a defoamer developed from polysiloxane-polyether copolymer and active synergist with special structure. The new upgrade makes this product have excellent defoaming and antifoaming performance and stability. The special structure ensures that the system compatibility remains unchanged while the performance is greatly improved. It has good defoaming and antifoaming ability for water-based flexographic inks, water-based acrylic overprints, pure acrylic emulsions, PVA, and polyurethane emulsions, and is particularly suitable for addition during the grinding process and paint mixing process. ​

RK-T60 is a silicone polyether modified by characteristic grafting reaction, which is prepared by special emulsified system. This emulsified system makes sure compatibility, and excellent stability of dilution and shear. It has excellent antifoaming performance and stability especially under very harsh conditions. It is used in textile printing&dyeing, industrial cleaning, etc., especially suitable for high temperature overflow dyeing. RK-T60 also can be used in other typical high temperature, high shear and extreme pH environment. Safe to use in some non-silicon use fields. ​

RK-106P is a kind of powder defoamer suitable for washing powder and powder detergent . It has excellent defoaming & antifoaming performance, stable in high temperature temperature and strong alkali environment. ​

RK-26T is a special modified polyether defoamer with excellent defoaming, foam inhibition and system compatibility. It is widely used in water-based systems for emulsion polymerisation, colour paste grinding, adhesives, plastic paints, industrial paints, wood furniture coatings, automotive production line coatings, architectural coatings, paper coatings, printing inks, etc. ​

RK-F0020 is a silicone free defoaming agent prepared from special high-grade fatty alcohols as the main active substance through special emulsification, which is mainly used in degassing and control foam in the paper machine and paper making waste water treatment industries and fermentation. ​

RK-40S is a multi-purpose silicone synthetic defoamer for non-aqueous systems. It is particularly suitable for foam control in oil-based inks for printed circuit boards and epoxy floor paint systems. It has good defoaming properties and can quickly eliminate small bubbles. ​

RK-400P is a kind of polyether antifoam, which doesn’t contain mineral hydrocarbons. It’s easy to disperse in water, defoaming fast, good foam inhibition persistent. It mainly used in various power plant desulfurization, paper process and waste water treatment, etc. ​

T90 to T104 series of rheology modifiers represent the latest advance in synthetic Hydrophobically modified Alkali-Swellable anionic associative Emulsion thickener (HASE) technology. T90-T104 series provide customers the opportunity for thickener consolidation with improved performance in architectural and functional coatings. ​