Fenpicoxamid (natural-derived fungicide, high-cost fermentation route)

£6,000.00

Fenpicoxamid is a next-generation, natural-derived fungicide produced via a high-value fermentation pathway, engineered for premium crop protection performance. It delivers strong preventive and curative activity against key fungal pathogens, making it highly effective in integrated disease management programs across cereals and high-value crops.

Its differentiated mode of action supports resistance management strategies while maintaining excellent crop safety and field reliability under diverse environmental conditions. Competitive advantage lies in its bio-inspired origin, high efficacy at low use rates, and premium positioning for sustainable, resistance-smart agriculture markets.

Description

  1. Product Overview

Fenpicoxamid (natural-derived fungicide, high-cost fermentation route) is a precision-mode fungicidal active ingredient produced via advanced fermentation and downstream refinement. Its primary industrial use is as a high-performance crop protection active for controlling key foliar and seed-borne fungal pathogens in high-value row crops and specialty agriculture. The key value proposition is laboratory-grade efficacy combined with consistent, scalable supply from an industrial fermentation route that yields a product suitable for formulation into end-use professional fungicides. Fenpicoxamid is strategically important for integrated pest management (IPM) programs and resistance-management portfolios, offering an alternative site-of-action for customers seeking long-term disease control and regulatory-compliant solutions.

  1. Key Specifications & Technical Characteristics

  • Chemical identity: Fenpicoxamid (IUPAC-based active ingredient, natural-derived via fermentation).

  • CAS/conventional identifier: Provided on commercial COA and SDS upon inquiry.

  • Chemical composition: Primary active ingredient concentration per batch (technical grade); residual fermentation matrix removed to specification.

  • Purity/grade: Technical-grade, typical purity ≥ 960 g/kg (96% w/w) — final specification confirmed on Certificate of Analysis.

  • Physical form: Off-white to pale-beige crystalline powder or microcrystalline solid.

  • Particle characteristics: Median particle size distribution suitable for suspension concentrate (SC) and emulsifiable concentrate (EC) formulations; D50 typically specified on batch COA.

  • Bulk density: Typical bulk density range 0.45–0.70 g/cm³ (packed), tested per batch.

  • Solubility: Low water solubility, compatible with standard formulation chemistries (SC, EC, WDG), formulation guidance provided.

  • Moisture content: Controlled to specification (< 1.5% w/w) to ensure storage stability.

  • Impurities: Specified and controlled per ICH/GMP-like quality standards; heavy metals and microbial load within acceptable limits for agrochemical technicals.

  • Packaging options:

    • 25 kg high-density polyethylene (HDPE) lined drums (internal liner), palletized and stretch-wrapped.

    • 500 kg composite IBCs or 1,000 kg bulk flexible intermediate bulk containers (FIBCs) for bulk customers.

    • 20 MT bulk shipments available per order (see MOQ).

  • Shelf life: 24 months when stored unopened in original packaging under cool, dry conditions (≤ 25 °C, away from direct sunlight). Stability data available on request.

  • Documentation: Full Certificate of Analysis (COA), Safety Data Sheet (SDS), Technical Data Sheet (TDS), and regulatory dossier excerpts available to qualified buyers.

  1. Core Industrial Applications

  • Primary industries: Agricultural chemical formulators, crop protection manufacturers, seed-treatment producers, and specialty spray service providers.

  • Operational use cases:

    • Formulation into professional fungicide end-products (SC, EC, WDG) for cereal, vegetable, and fruit crops.

    • Inclusion in seed-treatment blends targeting seed-borne and early-season pathogens.

    • Integration into IPM programs and rotational fungicide schemes to manage resistance.

  • Why it outperforms alternatives:

    • Distinct mode-of-action offering control of a broad spectrum of foliar pathogens, reducing reliance on existing classes and mitigating cross-resistance.

    • High intrinsic efficacy enables lower active rates per hectare versus legacy actives, improving per-treatment performance.

    • Fermentation-derived production provides consistent impurity profiles and reproducible batch-to-batch activity versus less-controlled synthetic routes.

  • Practical commercial relevance: Enables formulators to develop premium, differentiated products that meet grower demand for effective, resistance-aware disease control while supporting regulatory approval pathways in multiple jurisdictions.

  1. Competitive Advantages

  • Quality consistency: Produced under controlled fermentation and GMP-like downstream processes with batch COA for every shipment to ensure uniform active content and impurity control.

  • Supply reliability: Industrial-scale fermentation capacity and multi-batch scheduling support predictable lead times and ability to scale volume for seasonality.

  • Logistics capability: Global export-ready packaging, supported export documentation, and expertise in chemical logistics for refrigerated or standard shipping as required. Container loading and bulk handling protocols provided to minimize handling losses.

  • Price positioning: Premium technical priced to reflect high-cost fermentation route and superior performance; competitive on cost-per-hectare when accounting for lower application rates and extended control. Volume pricing and long-term contract pricing available for strategic buyers.

  • Sustainability benefits: Fermentation-based manufacturing reduces reliance on multi-step petrochemical synthesis, with opportunities to demonstrate lower upstream greenhouse gas intensity; manufacturing waste streams are treated per environmental compliance standards.

  • Technical support: Formulation guidelines, stability/compatibility data, mode-of-action documentation, and regulatory support packages provided. Access to agronomic data and field efficacy studies available to commercial partners.

  1. Commercial & Supply Information

  • Minimum order quantity (MOQ): BULK 20 MT.

  • Typical packing options: 25 kg drums, 500–1000 kg IBCs/FIBCs; palletized or loose-loaded per buyer preference.

  • Loading capacity (MT per container):

    • 20-foot container (FCL): up to 20 MT (palletized drums or bulk FIBC configuration) depending on packing selection and local loading rules.

    • 40-foot container (FCL): up to 24–26 MT for palletized drums or up to 25–28 MT in optimized FIBC bulk loading, subject to packaging and weight limits.

  • Lead times: Standard lead time and allocation provided on inquiry; seasonal production windows and TBAs for long-term contracts.

  • Payment & contracts: Export-standard commercial terms, incoterms negotiable; volume discounts and annual supply agreements available for strategic sourcing partners.

Additional information

Price

per MT

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