Agrochemical

Regulation-Driven Reformulation Is Limiting Adjuvant Performance

Biosurfactants improve spray performance under field conditions

The LOCUS ADVANTAGE

Improve spray coverage and droplet distribution in the field

Stabilize performance across water quality and tank mix variability

Increase uptake and consistency without added formulation complexity

Modern adjuvant systems must deliver consistent spray performance across variable field conditions. Locus biosurfactant-based adjuvant formulation additives improve wetting, spreading, and droplet behavior—enhancing crop spray performance without increasing formulation complexity.

The Challenge

A shrinking toolkit is limiting spray performance under real-world conditions

Formulators are expected to maintain spray performance while working with fewer viable ingredients and tighter regulatory limits. Variability in water quality, tank mixes, and environmental conditions exposes the limits of conventional adjuvant systems, leading to inconsistent coverage, poor deposition, and reduced efficacy.

The trifecta of spray performance

Locus biosurfactants improve spray performance by controlling interfacial behavior across three mechanisms:

Performance that fits real-world formulations

Adjuvants must perform across regulatory, formulation, and field constraints.

EPA Safer Choice certified
USDA 100% Biobased
TSCA-registered, US-manufactured
Non-GMO, palm oil-free
No formaldehyde or Proposition 65 regulated chemicals
Reliable commercial-scale domestic supply

Amphi®

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Amphi biosurfactants improve flotation performance by enhancing interfacial behavior, enabling more efficient separation and reduced chemical demand across treatment systems.

Amphi glycolipid biosurfactant used in industrial formulations to improve wetting, dispersion, cleaning, and separation performance

Evaluate spray performance in your formulation

Run structured evaluations within your formulation. Our team works inside your system to measure improvements in wetting, spreading, and spray deposition.