Hesheng Technology leads the future of sustainable agriculture with our advanced biosynthesis platform for Spinosad (CAS 131929-60-7) and Spinetoram (CAS 187166-15-0). We overcome the limitations of traditional fermentation to deliver bio-pesticides with consistently high α-values, ensuring superior field efficacy and reliability for modern crop protection and animal health programs. We also focus on optimizing spinosad ingredients to ensure enhanced performance and consistency.
Eco-Friendly Pest Control Solutions: Discover how Spinosad and Spinetoram offer effective, environmentally safe pest control for sustainable agriculture, further reinforcing that spinosad safe solutions are becoming increasingly important in modern farming.
Advanced Bio-Pesticides for Crop Protection: Learn about the benefits of using Spinosad and Spinetoram in protecting crops from pests while minimizing environmental impact.
Safe and Effective Insecticides: Explore how Spinosad and Spinetoram provide powerful insect control without harming beneficial insects or the ecosystem.
While Spinosad is known, not all Spinosad is created equal. HeshengTech's innovation lies in the production process:
Unmatched α-Value & Consistency: Our proprietary synthetic biology and strain engineering directly optimize the ratio of Spinosyn A to D, yielding products with a significantly higher α-value. Higher α-value = proven better field efficacy.
Enhanced Titer & Supply Security: We have overcome traditional fermentation bottlenecks, achieving higher titers through our high-throughput automated platforms. This translates to stable, scalable, and cost-effective production.
From Gene to Formulation: We control the entire seamless process chain, from raw material biosynthesis to final product, ensuring unwavering quality and purity.
| Product Name | CAS Number | Molecular Formula | Purity | Application |
| SPINOSAD | C42H71NO9 | 131929-60-7 | / | insecticidal activity |
Pesticides are an essential means for humans to control agricultural and forestry diseases, insects and weed pests. With the strengthening of human awareness regarding environmental protection and health, the requirements for the safety of pesticides are becoming increasingly stringent.
Spinosyns are secondary metabolites of Saccharopolyspora spinosa and act on the nervous system of insects (nicotinic acetylcholine receptors and γ-aminobutyric acid receptors). They exhibit rapid and efficient insecticidal activity against target pests and are safe for non-target organisms. With outstanding characteristics of high efficiency, low toxicity, and low residue, the compound and its derivatives have won the "U.S. Presidential Green Chemistry Challenge Award" three times. In addition, in 2023, the European Union released the preliminary results of the re-evaluation of spinosad, with Corteva Agriscience as the main applicant. The safety of spinosad was again recognized, essentially confirming that this hotspot insecticide has no endocrine-disrupting effect.
Spinosad can target the most harmful Lepidoptera, Diptera and Thysanoptera pests in cash crops (Table 1), as well as sanitary pests such as Aedes, anopheles and houseflies, and animal parasites like fleas. The spinosad ingredients are widely used in pest control and grain storage.
Wuhan Hesheng Technology Co., Ltd. focuses on three major areas: animal health, plant health, and human health. Around the industrialization of spinosad, the company has overcome production process challenges through continuous exploration and optimization. Based on the principles and technological platform of synthetic biology, the titer of spinosad has been effectively improved. This has established a seamless process chain for spinosad from raw material production to formulation. The α value of the key quality parameter of spinosad products is significantly improved, which provides a greater space for the application of this product in the field of pesticides.
Note: The ratio of the content of spinosyn A to spinosyn D is the product's α value, and a higher value indicates better product efficacy.
| Feature | HeshengTech Spinosad | Traditional Fermentation |
| Production Method | Synthetic Biology & Strain Engineering | Traditional Natural Fermentation |
| α-Value (A:D Ratio) | Significantly Higher & Stable | Fluctuating / Low Consistency |
| Field Efficacy | Superior (Higher Bio-activity) | Standard |
| Supply Stability | High (Automated Platform) | Vulnerable to batch variations |
Summary: By leveraging our proprietary synthetic biology platform, HeshengTech delivers Spinosad (CAS 131929-60-7) with a consistently high α-value. This optimized Spinosyn A:D ratio ensures that our spinosad technical grade outperforms traditional fermentation products in both rapid insecticidal activity and long-term field stability.
While both are derived from Saccharopolyspora spinosa, Spinetoram (CAS 187166-15-0) is a semi-synthetic derivative designed for even faster speed of kill and longer residual control compared to Spinosad. At HeshengTech, we provide both high-purity ingredients, helping clients choose the right solution based on target pests like Lepidoptera or Thysanoptera.
The α-value represents the ratio of Spinosyn A to Spinosyn D. Since Spinosyn A typically exhibits higher insecticidal activity, a higher α-value (which HeshengTech achieves through synthetic biology) directly translates to better field performance and lower dosage requirements.
Yes, Spinosad is widely recognized as an eco-friendly bio-pesticide. It has a favorable toxicity profile for non-target organisms and is approved for use in organic farming in many jurisdictions due to its natural origin and rapid degradation.
Unlike traditional spinosad suppliers, HeshengTech uses a high-throughput automated biosynthesis platform. This ensures not only a competitive spinosad price but also unmatched purity and supply security from our seamless process chain—from gene design to final formulation.
At Hesheng Technology, we specialize in synthetic biology and innovative natural product manufacturing. We offer advanced raw material solutions and welcome collaboration opportunities!
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