Custom manufacturing solutions for crop protection
Manufacturing intermediates and active ingredients for agrochemical portfolios is where Saltigo feels at home.
With our dedication, decades of experience and close technical cooperation we help to push new challenging pipeline molecules to market at high speed.
Cost efficiency, continuous improvement and process innovation help us to manage the full life cycle of your molecules successfully.
Our resilient production in the heart of Europe and full flexibility help to overcome supply chain disruptions and manage market volatilities.
Executive Snapshot
- Flexible capacities and contracts to adapt to market volatility
- Robust and ultra-fast scale-up from process development to commercial supply
- Industrial production of complex multi-step intermediates and actives
- Long-term support across product lifecycles
Critical steps in agrochemical manufacturing
In crop protection manufacturing, a limited number of reaction steps typically determine whether a process scales smoothly or becomes a bottleneck. Heat release, salt handling, off-gas management, selectivity windows and downstream operability often define timelines, cost and long-term supply reliability.
In practice, these steps are decisive whether manufacturing concepts remain manageable or become the main risk driver of a project.
The technologies shown below reflect synthesis technologies used at Saltigo to manufacture typical building blocks in multiple 100 ton to kilo ton scale, which are routinely combined into robust multi-step process routes.
Typical situations where agrochemical companies involve Saltigo
- External scale-up needed due to missing technical capabilities or limited availability of internal capacities
- Short-term need for additional, flexible production capacities
- Multiple-source strategies based on reliable western supply for critical intermediates or active ingredients
- Long-term, stable industrial supply and life-cycle management for long running block busters
- Capacity expansion or relocation to free internal resources at low investment costs
Effective against plant diseases with crop protection by Saltigo
Fine Chemical Intermediates for Agrochemical Applications
In addition to custom manufacturing, Saltigo offers a selected portfolio of fine chemical intermediates that reflect key structural motifs used in agrochemical synthesis and are available as established products.
Examples include:
- Phosgene derivatives such as methyl chloroformate, ethyl chloroformate and higher alkyl chloroformates for carbamate, urea and carbonate synthesis
- Heterocyclic building blocks including 1,2,4-triazole used as core motifs in fungicide chemistry
- Sulfonyl and sulfamoyl chlorides for sulfonyl urea and related herbicide classes
Further details and the full portfolio are available on our Fine Chemical Intermediates page.
Synthetic multi-tool for agrochemical building block
Agrochemical intermediates are built around recurring structural motifs such as substituted aromatics, heterocycles, fluorinated fragments and functionalized side chains.
Saltigo is able to combine well-established chemical transformations and state-of-the-art technologies, e.g. flow chemistry in complex multiple step synthetic routes.
Modern agrochemical active ingredients are now often characterized by chiral centers to improve efficacy, selectivity and biological performance. Saltigo has the capabilities to develop and manufacture asymmetric syntheses required to access such chiral intermediates and actives.
As development timelines shorten and faster market entry becomes critical, Saltigo is ready to support development and up-scaling in early phases of the project to jointly optimize required technical packages and bring the molecules efficiently to industrialization. Saltigo supports these projects with strong process development expertise, translating early-stage routes into scalable, industrially viable manufacturing processes.
Fine Chemical Intermediates for Agrochemical Applications
In addition to custom manufacturing, Saltigo offers a selected portfolio of fine chemical intermediates that reflect key structural motifs used in agrochemical synthesis and are available as established products.
Examples include:
- Phosgene derivatives such as methyl chloroformate, ethyl chloroformate and higher alkyl chloroformates for carbamate, urea and carbonate synthesis
- Heterocyclic building blocks including 1,2,4-triazole used as core motifs in fungicide chemistry
- Sulfonyl and sulfamoyl chlorides for sulfonyl urea and related herbicide classes
Further details and the full portfolio are available on our Fine Chemical Intermediates page.
Schedule a meeting with one of our experts to explore your project.
Sharing a few details in advance (timeline, technical requirements, synthesis steps, or volumes) helps us prepare for a focused discussion.
