G-CROP GA 135 is a specially developed surfactant and performance-enhancing adjuvant system designed for the formulation of Glufosinate Ammonium 13.5% SL (Soluble Liquid) herbicides. It provides superior wetting, spreading, adhesion, and foliar penetration, ensuring maximum herbicide contact and uptake for rapid and effective weed control.
Glufosinate Ammonium is a non-selective contact herbicide that requires excellent spray coverage and retention on plant surfaces to achieve optimum performance. G-CROP GA 135 enhances spray deposition, leaf wetting, and herbicide absorption, resulting in faster symptom development, improved weed control, and consistent field efficacy.
Key Features:
*Excellent wetting and spreading performance
*Enhanced spray coverage on broadleaf and grassy weeds
*Improves herbicide retention on leaf surfaces
*Promotes rapid penetration and uptake
*Low foaming characteristics
*Excellent compatibility with Glufosinate Ammonium systems
*Maintains formulation clarity and long-term stability
*Effective under a wide range of water qualities
*Supports consistent biological performance
Benefits:
*Faster weed burn-down action
*Improved herbicide efficacy and reliability
*Enhanced coverage of difficult-to-wet surfaces
*Better rainfastness after application
*Reduced spray runoff and active ingredient loss
*Uniform field performance across varying conditions
*Improved formulation stability during storage
*Increased customer confidence through consistent results
Typical Applications:
*Glufosinate Ammonium 13.5% SL
*Non-Selective Contact Herbicides
*Agricultural Weed Management
*Orchard and Plantation Weed Control
*Pre-Plant Weed Control Programs
*Industrial Vegetation Management
*Non-Crop Area Herbicide Formulations
Technical Advantages:
G-CROP GA 135 is formulated to provide the ideal balance of wetting, spreading, and penetration required for high-performance Glufosinate Ammonium formulations. The optimized surfactant package ensures efficient contact of the herbicide with target weeds, maximizing absorption and herbicidal activity.
The product contributes to:
*Enhanced foliar coverage
*Improved herbicide utilization
*Superior biological performance
*Long-term formulation stability
*Consistent field efficacy
Glufosinate Ammonium is a non-selective contact herbicide that requires excellent spray coverage and retention on plant surfaces to achieve optimum performance. G-CROP GA 135 enhances spray deposition, leaf wetting, and herbicide absorption, resulting in faster symptom development, improved weed control, and consistent field efficacy.
Key Features:
*Excellent wetting and spreading performance
*Enhanced spray coverage on broadleaf and grassy weeds
*Improves herbicide retention on leaf surfaces
*Promotes rapid penetration and uptake
*Low foaming characteristics
*Excellent compatibility with Glufosinate Ammonium systems
*Maintains formulation clarity and long-term stability
*Effective under a wide range of water qualities
*Supports consistent biological performance
Benefits:
*Faster weed burn-down action
*Improved herbicide efficacy and reliability
*Enhanced coverage of difficult-to-wet surfaces
*Better rainfastness after application
*Reduced spray runoff and active ingredient loss
*Uniform field performance across varying conditions
*Improved formulation stability during storage
*Increased customer confidence through consistent results
Typical Applications:
*Glufosinate Ammonium 13.5% SL
*Non-Selective Contact Herbicides
*Agricultural Weed Management
*Orchard and Plantation Weed Control
*Pre-Plant Weed Control Programs
*Industrial Vegetation Management
*Non-Crop Area Herbicide Formulations
Technical Advantages:
G-CROP GA 135 is formulated to provide the ideal balance of wetting, spreading, and penetration required for high-performance Glufosinate Ammonium formulations. The optimized surfactant package ensures efficient contact of the herbicide with target weeds, maximizing absorption and herbicidal activity.
The product contributes to:
*Enhanced foliar coverage
*Improved herbicide utilization
*Superior biological performance
*Long-term formulation stability
*Consistent field efficacy
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