Baartech Sustainable Systems

Sustainable Additive Systems

Baartech Sustainable Additive Systems (AD) are engineered additives designed to deliver performance, stability, and protection in agrochemical formulations. Unlike conventional components, BSS products are integrated systems combining spreading, retention, emulsification, drift control, and UV protection.

The BSS AD Series represents Baartech’s approach to:

  • Engineered formulation conditioning;
  • Advanced phase stabilization;
  • Agrochemical compatibility systems;
  • Multifunctional additive technologies.

Key features:

  • Modular additive;
  • Sustainability-oriented;
  • Retention / deposition / surface affinity enhancer;

Baartech AD-RAC200

Baartech AD-RAC200 is a multifunctional retention and surface control additive developed to improve spray persistence, surface affinity, deposition uniformity, and leaf residence time in agricultural applications.

Engineered to provide retention enhancement through molecular surface interaction rather than relying exclusively on viscosity increase or heavy polymer loading. The technology is designed to support modern agrochemical systems requiring improved spray persistence without compromising sprayability or formulation elegance.

Main Technical Benefits:

  • Improves spray retention on leaf surfaces;
  • Enhances deposition persistence;
  • Helps reduce runoff and bounce-off;
  • Supports improved rainfastness performance;
  • Improves surface affinity and droplet hold;
  • Enhances spray distribution uniformity;
  • Designed for modern fungicide, herbicide, biological, and foliar nutrition systems;
  • Compatible with advanced low-dose application strategies;
  • Supports performance under challenging spraying conditions;
  • Engineered for multifunctional tank-mix support.

Target Applications:

  • Fungicide formulations and tank mixes;
  • Biological crop protection systems;
  • Foliar fertilizer applications;
  • Herbicide systems requiring improved persistence;
  • High-performance adjuvant systems;
  • Electrolyte-sensitive spray systems.

Baartech AD-RAC200 expands the Baartech AD additive platform into retention and surface control technologies, creating a differentiated approach focused on spray persistence, controlled deposition, and enhanced surface interaction for modern agricultural systems.

Baartech AD-FSH

Baartech AD–FSH is a multifunctional formula stabilization additive engineered for modern herbicide formulations and tank-mix systems.

Developed to improve physical stability, compatibility, phase integrity, and formulation robustness under aggressive agricultural conditions, AD–FSH supports the next generation of high-performance herbicide systems. AD–FSH is not simply a stabilizer: it is a formulation performance platform designed to improve robustness and formulation reliability in complex herbicide systems.

Primary Applications:

  • Glyphosate formulations;
  • AMS-containing systems;
  • High electrolyte herbicide blends;
  • Suspension concentrates (SC);
  • Emulsion systems (EW/ME);
  • Tank-mix concentrates;
  • High surfactant herbicide packages.

Core technology benefits:

  • Phase Stability Enhancement;
  • Helps maintain formulation homogeneity during storage, transport, and field handling.

Electrolyte Resistance:

Designed for difficult herbicide environments containing:

  • AMS;
  • Potassium salts;
  • High ionic load systems.

Surfactant Compatibility:

Improves coexistence between:

  • Nonionic surfactants;
  • Silicone systems;
  • Oil phases;
  • Water phases.

Reduced Separation Tendency:

Helps minimize:

  • Creaming;
  • Oil separation;
  • Sedimentation;
  • Instability after thermal stress.

Tank Mix Conditioning:

Supports better formulation behavior when diluted in field water.

Advantages:

Compared to Conventional Stabilizers:

  • Broader compatibility;
  • Better electrolyte tolerance;
  • Improved multifunctionality;
  • Designed specifically for agricultural systems.

Compared to Generic Solvents or Hydrotropes:

  • More performance-oriented;
  • Better phase stabilization;
  • Lower formulation stress;
  • Improved storage reliability.

Baartech AD–FSF

Stabilizer additive for fungicides.

Baartech AD–FSF is an additive designed for fungicide formulations requiring advanced compatibility, dispersion integrity, and long-term phase stability.

Developed for modern fungicide systems containing complex solvent packages, oils, surfactants, and biological stress factors.

Primary applications:

  • Fungicide SC formulations;
  • EW systems;
  • Mixed solvent formulations;
  • Oil-based fungicides;
  • Biological fungicide concentrates;
  • Tank-mix concentrates.

Core technology benefits:

Advanced Dispersion Stability

Helps maintain stable distribution of formulation components over time.

Oil/Water Compatibility Improvement

Supports emulsification and phase integrity in complex systems.

Thermal Stability Support

Designed to improve resistance against:

  • Heat stress;
  • Cold cycling;
  • Storage instability.
Reduced Sedimentation

Improves suspension behavior and overall visual stability.

Formulation Conditioning

Supports smoother incorporation of difficult raw materials.

Advantages:

Key Differentiators:

  • Multifunctional stabilization approach;
  • Designed specifically for agrochemical systems;
  • Enhanced compatibility performance;
  • Supports premium formulation architectures.

Baartech AD–FSA

Baartech AD–FSA is a stabilizer additive developed to improve phase stability, compatibility, and formulation integrity across multiple agricultural systems.

Designed as a versatile platform technology for fertilizers, pesticides, adjuvants, and specialty agrochemical blends.

Baartech AD-FSA was designed to become a core formulation conditioning technology for modern agrochemical manufacturing. A versatile additive platform helping formulators reduce instability risk while improving formulation robustness.

Primary applications:

  • Fertilizers;
  • Herbicides;
  • Fungicides;
  • Adjuvants;
  • Tank mix concentrates;
  • Oil-based systems;
  • Water-based systems.

Core technology benefits:

Universal Compatibility Platform

Designed to work across multiple formulation chemistries.

Phase Stability Enhancement

Supports long-term homogeneity and storage reliability.

Improved Raw Material Incorporation

Helps difficult components coexist more effectively.

Electrolyte Tolerance

Supports formulations containing:

  • Phosphoric acid;
  • AMS;
  • Potassium salts;
  • Complex nutrient systems.
Tank Mix Robustness

Improves formulation behavior during field dilution.

Formulation Conditioning

Supports smoother incorporation of difficult raw materials.

It should help with:

  • Phase stability;
  • Oil/surfactant compatibility;
  • Haze reduction;
  • Better dilution behavior;
  • Improved low-temperature stability;
  • Better electrolyte tolerance;
  • Better compatibility with AMS systems;
  • Reduced separation in MSO / COC / ester-based adjuvants.