Kasugamycin fungicide has emerged as a next-generation solution in plant disease management. As global agriculture strives for higher efficiency, eco-safety, and sustainability, products like Kasugamycin 2% + Tricyclazole 20% SC are setting new benchmarks. This comprehensive guide provides a deep-dive into industry trends, technical benchmarks, process flows, application cases, and comparative benefits—empowering sector leaders to make data-backed decisions.

• Global fungicide demand: ~US$23 Billion (2023, Statista), CAGR 4.8% (2023-2028).
• Kasugamycin fungicide shows rapid growth due to low toxicity and high efficacy, especially in rice, fruits, and vegetables.
• Key adoption drivers: resistance management, environmental policies (EPA, EU), and multi-mode protection in integrated crop management.
• Leading countries: China, India, Japan, Brazil, USA (rapid regulatory adaptation, rice rice-blast and sheath blight control).

Kasugamycin fungicide is an aminoglycoside antibiotic developed initially in Japan and widely used for effective control of pathogenic fungal and some bacterial diseases in agriculture. Combined with Tricyclazole (a systemic triazolobenzothiazole fungicide), it forms a leading-edge formulation—Kasugamycin 2% + Tricyclazole 20% SC—offering synergistic, broad-spectrum, systemic, and contact protection.

• Appearance: Off-white to pale yellow homogeneous suspension
• Active Ingredients: Kasugamycin 2% w/w (20 g/L), Tricyclazole 20% w/w (200 g/L)
• PH Value: 5.0–7.5 (25°C, 1% aqueous solution)
• Particle Size: D90 < 5μm (ISO 13320:2020 compliant)
• Density: 1.05–1.15 g/cm³
• Stability: ≥ 2 years shelf-life under ISO 22241 protocols
• Packaging: 100mL, 250mL, 500mL, 1L HDPE bottles with tamper-evident closure

• Material Sourcing: All active pharmaceutical ingredients (APIs) and co-formulants are rigorously tested (GC-MS, FTIR) for impurities. Excipients are food-/pharma-grade, supporting ISO 9001:2015 and ANSI/ASQ Z1.4 standards.
• Manufacturing: Utilizes state-of-the-art CNC (Computer Numerical Control) reactors to precisely control temperature, mixing, and synthesis timing—guaranteeing batch-to-batch consistency.
• Formulation Process: High-shear wet-milling achieves D90 <5μm particle size, improving bioavailability and crop coverage; homogenization ensures stable suspension.
• Testing: Final lots are certified to ISO 22241 shelf-life, Eurofins analytical compatibility, and FAO/WHO hazard class standards.
• Packing: HDPE packaging demonstrates superior chemical resistance; tested for drop, leak, and UV stability.
• Life Cycle: Typical service life: ≥2 years (shelf-stable); remains effective for 2–3 weeks post-application depending on crop and rainfall.
• Application Industries: Rice, fruit orchards, vegetables, also emerging in biosecurity (seed treatments).

Kasugamycin fungicide is extensively documented in industrial crop protection for rice, pome fruit (apple, pear fire blight), vegetables and emerging as a preferred solution for resistance management in intensive agricultural clusters. Its dual-action mechanism delivers both immediate suppression and lasting defense against key phytopathogens.

• Concentration Adjustments: Tailored blends to meet specific resistance management protocols.
• Packaging: 100mL–20L container111s; multilingual labels; export-grade cartons.
• OEM/ODM Service: Free label design, regulatory dossier support for over 45 countries.
• Bulk/Small Order Flexibility: Pilot-scale production for research partners available.

• Testing Standards: Each lot is tested per ISO/IEC 17025, ANSI/ASQ Z1.4 AQL
• Certifications: ISO 9001:2015, EPA, EU registration. Documentation available.
• Delivery Lead Time: <15 days (standard export), airfreight expedite ≤7 days worldwide.
• Warranty: Full replacement/refund guarantee for any manufacturing or packaging defect (T&Cs apply).
• Technical Support: Multilingual agronomy experts available for in-field/remote support.
• After-Sales: 24/7 customer portal and product traceability (by Lot/Batch ID).

Kasugamycin fungicide solutions—especially Kasugamycin 2% + Tricyclazole 20% SC—have set new standards of crop protection by offering dual mechanisms, high technical purity, and adaptable formulation. The data-driven results, customer feedback, and global endorsements confirm its leadership among modern fungicides.