Viscotex® HX
Viscotex® HX is a blend of modified polysaccharides and anionic polymers. It functions as a thickening agent for alkaline environments with high potassium content.
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Airtech® 2121
Airtech® 2121 is a surfactant blend of ethoxylated and alkylated compounds. It functions as a dispersant, wetting agent, adhesion promoter, and anti-settling aid for fertilizers, offering cost-effective performance
Envipol™ 3010
Envipol™ 3010 is an acrylic-based surfactant blend. It is used as a high molecular weight dispersant for concentrated suspension systems containing high levels of insoluble inorganic components, high-content NPK fertilizers, or saturated NPK solutions (>70%) with multiple micronutrients and elevated ion concentrations. It stabilizes the formulation, enhances dispersion quality, prevents crystallization, and promotes compatibility between fertilizers and agrochemicals during mixing.
Viscotex® LX
Viscotex® LX is a blended modified polysaccharide. It serves as a thickening agent for acidic environments with high phosphorus content, contributing to a clear appearance.
Airtech® HK 60
Airtech® HK 60 is an acrylic copolymer blend. It is suitable for formulations with high potassium content, functioning as a dispersant and suspension stabilizer. It prevents crystallization and sedimentation, maintains particle fineness, and ensures consistent rheological properties throughout storage.
Airtech® HK 90
Airtech® HK 90 is a surfactant blend of Methacrylate copolymers. It promotes effective dispersion of micronutrient particles, reduces sedimentation, enhances absorption and rapid translocation through plant tissues. It is compatible with various sources of ZnO.
Awaflow™ 960
Awaflow™ 960 is a water-soluble nonionic polymer system stabilizer. It provides excellent dispersion of fine particles, prevents coagulation, and maintains stable suspension throughout storage and application
Vinkocide™ KO
Vinkocide™ KO contains the active ingredients BIT/MIT. It provides effective preservation across a pH range of 4–10, withstands temperatures up to 90°C, and is efficient at low usage levels (0.1–0.2%). It is well-adapted to environments rich in electrolytes and offers strong control over bacteria, yeasts, and molds in nutrient-dense systems