Drift & Retention Additive Systems

Baartech Bio Control D

Sustainable drift control technology.

BIO CONTROL D is engineered to optimize droplet spectrum and reduce off-target movement during spraying. It helps applicators deliver more product to the intended target while minimizing environmental losses.

Key features:

• Reduces spray drift;
• Improves on-target deposition;
• Produces a more uniform droplet spectrum;
• Compatible with a broad range of formulations;
• Increases application efficiency.

Baartech Bio Control Plus Max

Ultimate Crop Performance Technology.

BIO CONTROL PLUS MAX represents the most advanced evolution of the BIO CONTROL platform. It integrates drift control and retention while supporting superior rainfastness, spreading, surface interaction, absorption and overall biological performance.

Key Features

• Advanced drift control;
• Superior retention and deposition;
• Improved rainfastness;
• Enhanced spreading and surface interaction;
• Better absorption and nutrient utilization;
• Maximizes formulation performance from application to plant uptake.

Baartech BIO Control WC

Sustainable Water Conditioning Polymer.

BAARTECH BIO CONTROL WC is a sustainable water-conditioning additive designed to improve spray solution performance by increasing droplet adhesion, reducing spray drift, and enhancing deposition on plant surfaces. It is based on a renewable biopolymer technology that provides efficient rheology modification while maintaining excellent tank-mix compatibility.

The product is intended to be used as the polymeric component of Baar's complete Water Conditioning System (WCS), but it can also be incorporated into customer formulations requiring improved retention and deposition.

Features:

• Sustainable, renewable polymer technology;
• Excellent spray drift reduction;
• Improves droplet retention on leaves;
• Enhances spray deposition and coverage;
• Reduces runoff from treated surfaces;
• Compatible with most pesticide formulations;
• Effective over a broad pH range;
• Suitable for low-dose applications;
• Easy dispersion in water;
• Low impact on spray viscosity at recommended use levels.

Main Benefits:

• Improves biological efficacy through better target retention;
• Helps maximize active ingredient utilization;
• Reduces off-target losses;
• Supports more uniform spray coverage;
• Improves rainfastness potential;
• Contributes to more efficient water use;
• Compatible with modern low-volume spray applications.

Recommended Applications:

• Herbicide spray solutions;
• Fungicide formulations;
• Insecticide formulations;
• Biological crop protection products;
• Foliar fertilizers;
• Micronutrient formulations;
• Water conditioning systems;
• Tank-mix adjuvant packages;
• Drift reduction systems;
• Precision agriculture applications.

Typical Use Level:

• 0.05–0.30% in finished formulations (depending on formulation design);
• May also be dosed according to the desired spray solution performance when used as a tank-mix additive.

Compatible with:

• Glyphosate formulations;
• Glufosinate;
• Dicamba systems;
• 2,4-D formulations;
• SC;
• SE;
• OD;
• EW;
• EC;
• SL;
• Biological formulations;
• Liquid fertilizers;
• Micronutrients;
• Most nonionic and anionic surfactants.