Formulation Reverse Engineering & Optimisation Australia

Agricultural adjuvants directly determine spray coverage, droplet behaviour, penetration efficiency, drift control, and nutrient uptake in Australian farming conditions. Yet many formulations on the market are built around complex surfactant systems, polymer modifiers, and compatibility agents that are not fully understood—even by manufacturers themselves.

At Labsure, we specialise in reverse engineering agricultural adjuvant formulations to uncover exactly how they are constructed and how they can be improved.

We analyse Australia’s most widely used adjuvant types, including non-ionic surfactants, organosilicone super-spreaders, drift-reducing polymers, oil-based adjuvants, buffering agents, compatibility enhancers, soil wetters, and fertiliser uptake boosters.

Our laboratory delivers detailed compositional mapping — identifying active ingredients, surfactant ratios, polymer chemistry, emulsifier systems, solvents, stabilisers, and functional additives. This gives you complete technical visibility into product structure, performance drivers, and cost levers.

Whether your objective is to:

• Reverse engineer a competitor’s high-performing adjuvant

• Improve spray coverage under hot, dry Australian conditions

• Optimise drift control and droplet retention

• Reduce raw-material cost through surfactant or polymer redesign

• Improve pesticide or fertiliser compatibility

• Enhance storage stability and shelf life

• Develop a customised formulation for specific crops or regions

Labsure provides end-to-end technical support — from ingredient identification and performance benchmarking to optimisation strategy and scalable production guidance.

We help Australian ag-chemical manufacturers and private-label brands transform formulation uncertainty into technical control — designing agricultural adjuvants that perform reliably across broadacre spraying, horticulture, vineyards, and pasture systems.