HERBICIDE TREATMENTS
Supports wetting, spreading, retention and more uniform spray distribution.
Bio-Field · Rapeseed spray program
Bio-Field for Rapeseed
Supporting spray performance across the rapeseed production cycle
Bio-Field is a tank-mix adjuvant designed to support wetting, spreading, retention, penetration and application consistency across multiple foliar treatments in rapeseed.
It can be integrated into herbicide, fungicide, insecticide, foliar nutrition, biological and pre-harvest desiccation programs.
INSECTICIDE TREATMENTBetter crop protection under insect pressure
PRE-HARVEST DESICCATIONMore uniform crop drying and harvest preparation
Rapeseed field applicationBio-Field Across the Rapeseed Program
One adjuvant supporting multiple foliar applications throughout the season.
BIO-FIELD
Tank-Mix AdjuvantSupporting spray performance across the rapeseed production cycle
Tank-Mix AdjuvantSupporting spray performance across the rapeseed production cycle
FUNGICIDE TREATMENTS
Supports coverage and treatment consistency across leaves, stems and developing crop structures.
INSECTICIDE TREATMENTS
FIELD CASE AVAILABLESupports better deposition, retention and contact of the insecticide treatment.
FOLIAR NUTRITION & BIOLOGICALS
Supports more uniform application and uptake of foliar-applied products.
PRE-HARVEST DESICCATION
FIELD CASE AVAILABLESupports more uniform spray coverage and consistent crop drying.
Bio-Field can be integrated into multiple foliar applications. This page highlights two real commercial field cases: insecticide treatment and pre-harvest desiccation.
Rapeseed — Insecticide Treatment
BETTER WETTING
Supports more uniform distribution of spray droplets.
SPRAY RETENTION
Supports adhesion and retention of the insecticide.
CANOPY COVERAGE
Helps improve distribution through the canopy.
PENETRATION
Supports availability of active ingredients.
Field Observation
Insecticide without Bio-Field
Field with Bio-FIeld trials
Insecticide without Bio-Field
Insecticide with Bio-Field
Why Bio-Field Can Improve Insecticide Performance in Rapeseed
Rapeseed is a challenging crop for foliar insecticide applications.
Its dense canopy, waxy plant surfaces and large number of leaves, stems, flowers and developing pods make uniform spray coverage difficult. Part of the insecticide solution may remain in the upper canopy or fail to achieve sufficient contact with the target surface.
ON THE CROP SURFACE
Bio-Field modifies the physical behaviour of the spray solution, helping droplets spread more uniformly and remain on waxy plant surfaces.
Better Wetting
Better Coverage
Stronger Retention
More Uniform Insecticide Distribution
This supports more consistent deposition of the insecticide across leaves, stems and developing pods and improves coverage through the complex rapeseed canopy.
AT THE INSECT SURFACE
The insect cuticle is a complex protective barrier containing chitin, proteins and lipids.
Bio-Field contains a polysaccharide-based functional matrix that can support deposition, adhesion and prolonged contact of the spray solution with treated surfaces.
This increases the opportunity for the insecticide to remain in contact with the pest surface and penetrate the protective cuticular barrier.
Better Deposition
Stronger Adhesion
Longer Contact
Greater Opportunity for Insecticide Uptake
This mechanism can be particularly relevant for contact-active insecticides, where effective deposition and contact are important to treatment performance.
Rapeseed Insecticide Field Trial
The active ingredients provide complementary insecticidal activity, while Bio-Field supports the quality of the spray application through improved wetting, coverage, retention and contact.
Chlorantraniliprole + Lambda-cyhalothrin
Field observation
CONTROL
Visible feeding damage and loss of leaf area under insect pressure.
INSECTICIDE + BIO-FIELD
Visibly lower feeding damage and better preservation of the crop canopy observed in the Bio-Field treatment area.
Commercial field observation. No numerical efficacy or yield results are implied.
Combined effect
ON THE CROP
Better Wetting
+ Better Coverage
+ Better Retention
ON THE PEST
Better Deposition
+ Stronger Adhesion
+ Longer Contact
RESULT
MORE CONSISTENT INSECTICIDE PERFORMANCE
Better preservation of the crop canopy under insect pressure.
Why it matters
PHOTOSYNTHETIC AREA
Better preservation of intact leaf area.
FLOWERS & PODS
Protection of reproductive plant structures.
CROP UNIFORMITY
More consistent protection across the field.
YIELD POTENTIAL
Lower risk of yield loss under insect pressure.
Bio-Field does not replace the insecticide.
It helps the insecticide treatment reach, cover and remain on the target more effectively.
Rapeseed Desiccation — More Uniform Harvest Preparation
Commercial field observation
Pre-harvest desiccation in rapeseed requires uniform spray coverage across a complex crop structure.
At the end of the season, stems, pods and remaining green plant material can dry at different rates. Uneven treatment may result in parts of the field becoming harvest-ready earlier while other areas remain green.
Bio-Field was added to the desiccation spray program to support more uniform application and crop response.
Why Rapeseed Desiccation Is Challenging
Rapeseed presents a large and complex spray target with stems, branches and pods located at different heights and angles. Uneven deposition of the desiccation treatment may lead to inconsistent drying across the crop and make harvest timing more difficult.
Bio-Field Role
BETTER WETTING
Supports more uniform distribution of the spray solution across stems, pods and remaining green plant material.
SPRAY RETENTION
Helps the working solution remain on treated plant surfaces.
MORE UNIFORM COVERAGE
Supports more consistent deposition of the desiccation treatment across the crop.
TREATMENT CONSISTENCY
Helps reduce variability in spray performance across the field.
Control vs Bio-Field
Side-by-side commercial field observation. Add the original, verified field photographs to each frame.
Real control field photograph
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Visible remaining green plant material and less uniform crop drying.
Real Bio-Field field photograph
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More advanced and visually more uniform drying observed in the Bio-Field treatment area.
How the Application Supports Uniformity
Better Wetting
More Uniform Spray Coverage
More Consistent Desiccation
More Uniform Harvest Readiness
By improving the quality and uniformity of spray deposition, Bio-Field can support a more consistent response to the desiccation treatment across the crop.
MORE UNIFORM CROP DRYING
Supporting more predictable harvest preparation
Compared with the control area, the Bio-Field treatment showed visibly more uniform crop drying and less remaining green plant material at the time of field observation.
Why Uniform Desiccation Matters
HARVEST TIMING
More uniform crop readiness can make the optimal harvest window easier to determine.
MACHINERY PLANNING
More predictable field readiness can simplify harvesting equipment scheduling.
FIELD UNIFORMITY
Reduces the difference between fully dried and still-green areas of the crop.
OPERATIONAL RISK
More consistent harvest preparation can reduce uncertainty when weather and harvesting conditions are changing.
Key Business Logic
More Uniform Application
More Consistent Crop Drying
More Uniform Harvest Readiness
Better Harvest Planning
Bio-Field does not replace the desiccant.It supports the quality and uniformity of the desiccation treatment.
Better application quality can help make crop preparation for harvest more consistent and predictable.
Field observations shown in this section reflect a specific commercial field application. Performance may vary depending on crop maturity, treatment program, application timing, spray volume, weather conditions and local agronomic conditions.
One Adjuvant. Different Challenges.
INSECTICIDEBetter canopy preservation
+
DESICCATIONMore uniform harvest readiness
Evaluate Bio-Field
Discuss your program and evaluate the adjuvant under your local conditions.
Contact Bio-FieldField observations reflect specific commercial applications. Performance may vary.