Pyroxasulfone A New High-Efficiency Herbicide for Flexible Pre- and Post-Emergence Weed Control in Soybeans

September 9, 2026

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Pyroxasulfone: A New High-Efficiency Herbicide for Flexible Pre- and Post-Emergence Weed Control in Soybeans

Abstract

As weed resistance and diversified weed infestations continue to challenge modern soybean cultivation, efficient, safe and adaptable herbicide solutions have become core demands of farmers worldwide. This press release introduces pyroxasulfone, an innovative high-efficiency herbicide featuring flexible pre-emergence and post-emergence application, broad-spectrum weed control, strong compound compatibility and excellent crop safety. It effectively tackles hard-to-control broadleaf and grass weeds while adapting to diverse soil and soybean planting conditions, providing a reliable weed management solution for standardized soybean production.

Lead

Optimizing field weed management is critical to boosting soybean yield and quality, especially amid the growing prevalence of resistant weeds such as Palmer amaranth and waterhemp. To address the pain points of single-function herbicides, insufficient weed control and poor crop adaptability in traditional soybean planting, the new-generation high-efficiency herbicide pyroxasulfone delivers flexible whole-period weed control solutions. With diverse compound formulations, excellent residual activity and zero crop phytotoxicity, it creates a clean and stable growing environment for soybean crops throughout the growth cycle.

Pyroxasulfone serves as a premium pre-emergence soil-sealing herbicide. Its ternary compound formulation consists of three active ingredients: pyroxasulfone, saflufenacil and imazethapyr. Adopting three independent weed-killing modes of action, the product achieves full-spectrum prevention and control of early-season field weeds and features rapid burndown performance, thoroughly eliminating weed competition at the early growth stage and laying a solid foundation for robust soybean growth.

The pyroxasulfone single agent boasts outstanding mixing compatibility. It can be tank-mixed with common contact herbicides for post-emergence field treatment, effectively extending the residual weed control cycle, realizing both rapid weed removal and long-term weed suppression, and significantly reducing the frequency of field pesticide application.

The optimized binary compound product of pyroxasulfone and saflufenacil further strengthens targeted control against refractory weeds. It precisely targets stubborn and resistant broadleaf weeds and gramineous weeds represented by Palmer amaranth and waterhemp, which are difficult to eradicate with conventional herbicides, solving the key industry problem of hard-to-control weed infestations in soybean fields.

In terms of application flexibility and crop safety, pyroxasulfone shows prominent advantages. The product supports both pre-emergence and post-emergence application for soybeans, with no application restrictions caused by different soybean trait platforms or varied soil types. It maintains stable efficacy in diverse planting environments and causes no phytotoxic damage to soybean crops, ensuring safe and stress-free crop growth.

Conclusion

Featuring multi-scene application flexibility, broad-spectrum weed control, strong resistance management capability and high crop safety, pyroxasulfone stands out as an upgraded and efficient herbicide for modern soybean fields. Its flexible single-agent and compound matching schemes can meet the differentiated weed management needs of different growth stages and field weed infestation levels. While effectively controlling resistant and refractory weeds, it reduces planting input and improves field planting efficiency. Moving forward, pyroxasulfone will continue to provide efficient, stable and economical weed protection for global soybean cultivation, empowering high-quality and high-yield development of the soybean planting industry.


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