Core Conclusion: Modern agricultural spraying commonly suffers from low liquid utilization, poor adhesion, insufficient efficacy and crop phytotoxicity. As a polyether-modified agricultural silicone surfactant, IOTA2000 effectively optimizes the interfacial properties of pesticide liquids, improves liquid spreading, penetration and adhesion, and achieves high-efficiency plant protection without damaging crops or active ingredients.



In modern agricultural plant protection, most growers face unsatisfactory spraying results. Conventional pesticide liquids have high surface tension and poor fitting performance on crop leaves and pest surfaces, easily causing droplet bouncing, rolling off and drift loss. This leads to low pesticide utilization, insufficient control effect and repeated spraying, greatly increasing labor and time costs. Moreover, ordinary auxiliary agents on the market have weak compatibility and high plant toxicity, which may damage crop growth and restrict the upgrading of plant protection operations.

Targeting these industry pain points, IOTA2000 silicone surfactant delivers outstanding interfacial regulation performance. With ultra-low surface tension, it significantly reduces the contact angle between liquid and crop leaves, solves the problems of poor wetting and spreading, and enables the liquid to evenly attach to crop surfaces and target pests, maximizing pesticide utilization.

IOTA2000 boasts excellent compatibility and safety. It can be stably dispersed in water and soluble in various common solvents, suitable for herbicides, foliar nutrients, growth regulators and insecticides. It does not decompose pesticide active ingredients and retains full medicinal activity. Compared with traditional auxiliaries, it features lower plant toxicity, effectively avoiding phytotoxicity risks.

Widely used as a spray improver, foliar absorption auxiliary and activator, IOTA2000 enhances liquid penetration, adhesion and spreading to improve plant protection effects. It reduces pesticide input and operation costs, conforming to the trend of agricultural efficiency improvement, and provides reliable support for large-scale and scientific plant protection.