A High Efficiency Special Powder Antifoam

RK-03P is composed of polydimethylsiloxane and inorganic salt. It has outstanding bubble inhibition performance and good acid and alkaline resistance. It is used in sewage treatment, textile auxiliaries and industrial cleaning ​

Antifoam RK-02P is a powder defoamer with excellent antifoaming performance in textile industry, water treatment, bottle cleaning and slurry.​

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-104P is a silicone powder defoamer with excellent defoaming performance. It can eliminate foam of water-bearing system. It’s widely used in dry-mixed mortar, powder coating, diatom ooze , and oil drilling etc ​

RK-06P 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-07P is a kind of powder defoamer suitable for foaming environment of macromolecule in water system. It has excellent defoaming & antifoaning performance in aqueous system. Chemical is stable, not toxic, not corrosive, and not sensitive to acid & alkali. ​

RK-900P is a non-silicone antifoaming agent with hydroxy compound and synergist. It has great performance of foam inhibition persistent, alkali and acid resistance. It can resist high temperature above 100 ℃. It mainly used in alumina refinery bayer process. ​

RK-1215A is a silicone defoamer, which is stable in high temperature and shear, acid system, especially the performance of fast defoaming. It’s suitable for textile printing&dyeing, industrial cleaning, metal working liquid, and other high&mid temperature, high shear, and extremely pH environment. ​

RK-900N is a general type silicone polyether defoamer, which is developed by adopting special silicone grease system and polyether with specially designed emulsification system. The silicone grease provide excellent balance. Emulsified system makes sure compatibility, diluted and shear stability. It is applied to foams produced in most aqueous and oily systems and has excellent antifoaming properties. ​

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. ​

T10 is a nonionic hydrophobically modified ethylene oxide urethane (HEUR) rheology modifier designed for waterborne architectural and functional coatings. The product contains no solvent and is a low odor, APEO and OrganoTin free one. ​

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-15S is a silicone defoamer, which is stable in high temperature, high shear and acid system, especially excellent performance of fast defoaming. It’s suitable for textile printing&dyeing, industrial cleaning, metal working liquid, and other typical environment, like high&mid temperature, high shear, and extremely pH . ​

RK-66T has excellent defoaming and anti-foaming properties as well as excellent compatibility, and can effectively prevent microfoam generation in high and low viscosity systems. RK-66T is suitable for water-based systems such as container paints, wood furniture paints, architectural coatings, industrial coatings and water-based printing inks. ​

RK-0036 is a compound antifoam without precipitation after dispersing in the system. ​

RK-170 is mainly use the large coefficient of osmosis of mineral oil and hydrophobic particles as antifoaming active material, supplemented by antifoaming synergistic substance. Mineral oil increase osmotic speed. The hydrophobic particles reduce antifoaming synergistic material into the barriers. The interaction provides great antifoaming performance. Meanwhile, mineral oil has good affinity with organic matter so that it doesn’t cause surface defect. ​