Tank-Mix Selection Guide
Select an agricultural spray adjuvant against a defined spray limitation. Leaf surface, spray water, active ingredient, nozzle and operating conditions can change the measured result.
Kemaix is a sales, supply and export company for EO/PO derivatives that works with affiliated production facilities. Send the application inputs and acceptance criteria for a candidate review.
Selection boundary
First Confirm Whether You Need a Tank-Mix Adjuvant
A tank-mix adjuvant is added when the spray solution is prepared, subject to the pesticide label and applicable local requirements. Define its function in the complete spray system, such as wetting a difficult leaf surface, managing foam or meeting another measured application objective.
In-can formulation path
Added during pesticide development
- Develop the EC, EW, SC, SE, ME or another commercial formulation.
- Assess manufacture, storage, dilution and use.
- Measure formulation stability, emulsification, suspension, rheology and compatibility.
Tank-mix application path
Added during spray preparation
- Define the required spray function.
- Check tank compatibility and crop-response limits.
- Validate on the target surface, in a controlled crop screen and under a field protocol.
Do not transfer a result from one category to the other. For an in-can requirement, use Kemaix’s agrochemical emulsifier selection guide instead of this tank-mix framework.
Function decision gate
Select the Required Function Before Selecting a Surfactant
Start with a failure that can be observed and measured. A surfactant selected for leaf wetting cannot be assumed to condition hard water, manage drift or suppress foam. Functions can interact, so rank the primary outcome and set limits for side effects.
Activator functions
Wetting: Does the spray contact the target surface as required?
Spreading: Does the deposited droplet cover the required area?
Retention: Does the spray remain on the leaf or target?
Penetration: Does the system produce the buyer-defined uptake response without exceeding the crop-response limit?
Utility-modifier functions
Water conditioning, compatibility support, drift management and foam control concern spray preparation or application behavior.
Record water hardness and pH, mixing sequence, nozzle, pressure and spray volume. Define the foam, drift or compatibility method before screening a modifier.
Do not infer these functions from the label “nonionic spray adjuvant.”
Name the failure
Describe the primary spray-system limitation.
Choose an endpoint
Select one measurable primary result.
Set stop limits
List the results that would stop the trial.
Use a benchmark
Compare under the same controlled conditions.
Greater spread does not establish retention, penetration, efficacy or crop safety. Treat each as a separate endpoint.
Application brief
Define the Active, Crop, Leaf and Spray-Water Conditions
A candidate review starts with the complete use context. Product class alone cannot define the screen.
Active and formulation
Provide the active ingredient, commercial formulation type, tank concentration and current tank-mix components. Include mixing sequence and observed precipitation, separation, viscosity change or foam. Attach the applicable pesticide-label directions or customer protocol.
Crop, target and leaf
Identify the crop, target weed, pest or disease, growth stage and relevant leaf-surface characteristics. State whether the endpoint is coverage, retention, uptake or another buyer-defined result.
Spray water and application
Report water source, hardness, pH, temperature and salts or conditioners already used. Specify nozzle, pressure, droplet class if known, spray volume, agitation, addition order and hold time.
Operating and use boundaries
Record temperature, humidity, wind, expected rain interval and other conditions required by the buyer’s protocol. State the destination market and any label or local-use restriction.
These inputs do not predict performance. They define a reproducible screen and prevent a result from one water source, crop stage or nozzle from being treated as universal.
Evidence boundary
How Kemaix Reviews a Candidate Grade
A candidate name is not a verified grade recommendation. Kemaix first reviews the requested function, active, formulation, crop, water and application conditions. These inputs define what an exact candidate must be tested against; they do not establish suitability.
Candidate names require confirmation
AS-10, XR8108, XR8208 and JFC are candidate names pending confirmation against current exact-grade documents. The reviewed Kemaix file set contains no approved grade-specific TDS, SDS or COA for AS-10, XR8108 or XR8208.
The available JFC material concerns textile and leather wetting, not agricultural field performance. None of the four names is a proven agricultural recommendation.
Confirm before evaluation
- exact grade name and material identity
- current document set for that grade
- batch identity attached to the sample
- proposed function and comparison method
- pesticide-label and local-use boundaries
Kemaix can check whether the exact candidate is available and whether a free 200-500 g sample can be provided. Both remain subject to exact-grade confirmation. The sample supports controlled evaluation; it does not establish registration, efficacy, compatibility or crop safety.
Standard products can be supplied from 200 kg, subject to exact-grade and order confirmation. Confirm the commercial grade, current documents, quantity and lead time for the inquiry. Do not build a procurement specification from an old webpage, a family name or an unverified draft table.
Use controls
Keep Label, Local Requirements and Crop Safety in Control
The pesticide label and applicable local requirements control whether an adjuvant may be used with a product, crop and application method. This article does not replace those directions or establish registration, certification or acceptance in a destination market.
Before testing, the buyer’s regulatory and agronomic teams must confirm the permitted tank mix, crop, growth stage and application timing. Label prohibitions, use-pattern limits and required adjuvant types take priority over a candidate shortlist.
Compatibility and crop safety require separate checks. A clear tank mixture does not establish crop safety. A change in wetting does not establish biological efficacy.
- Record precipitation and separation.
- Set a limit for persistent foam.
- Check nozzle blockage and equipment effects.
- Record leaf injury and other crop responses.
- Stop when a protocol-defined critical limit is reached.
- Keep final approval with the buyer’s technical, agronomic and regulatory personnel.
No Kemaix candidate is presented as universally suitable, registered, certified, crop-safe or effective.
Stage-gated validation
Validate the Candidate from Tank to Leaf to Field
Keep the current benchmark and a no-adjuvant control where the protocol permits, change one variable in the first screen and set acceptance limits before seeing results. Record the exact candidate and batch.
Swipe horizontally to review all validation columns.
| Stage | Keep fixed and record | Observe or measure | Stop before advancing if |
|---|---|---|---|
| Tank | Water, active formulation, tank components, mixing order, agitation, concentration and hold time | Dispersion, precipitation, separation, viscosity change, foam and short-term stability | The mixture fails a compatibility, equipment or pre-set foam limit |
| Leaf or target surface | Crop stage, leaf position, surface condition, droplet volume, nozzle, spray volume, drying time and environment | Wetting pattern, spread area, coverage, runoff, bounce, retention and visible crop response | The candidate misses the primary endpoint or exceeds a crop-response limit |
| Controlled plant screen | Label-directed active rate, timing, benchmark, control, crop condition and observation schedule | Buyer-defined biological response, crop observations and consistency across replicates | A crop-safety, compatibility or repeatability criterion fails |
| Limited field validation | Plot design, replication, operator, equipment, nozzle, pressure, volume, weather and crop stage | Protocol-defined application behavior, crop response and biological endpoints against controls | A label, local, safety or study stop criterion is reached |
Photograph spray and crop observations under a consistent method, and keep numerical records and test conditions with the images. A photograph alone does not establish wetting, retention, uptake or efficacy.
Document each system change and treat the result as a separate condition. Advance only after the tank stage meets compatibility limits and the controlled leaf or plant stage meets the buyer’s crop-safety and performance criteria.
Field validation must follow the pesticide label, applicable local requirements and the buyer’s approved protocol. Kemaix can check candidate identity and available documents, but it does not approve the buyer’s use, test design or field result.
Selection FAQ
Agricultural Spray Adjuvant FAQ
Is a tank-mix adjuvant the same as an agrochemical emulsifier?
No. A tank-mix adjuvant is added when the spray solution is prepared. An agrochemical emulsifier or formulation aid is incorporated while a pesticide concentrate or dispersion is developed. The two categories require different formulation, storage, dilution and application evidence.
Can one adjuvant provide wetting, spreading and penetration?
A candidate may change more than one endpoint, but its name or chemistry class does not establish those effects. Define one primary target, measure every required function and set crop-safety and compatibility limits for the complete spray system.
How does hard water affect candidate selection?
Treat hardness and pH as recorded test variables. Compare the candidate in water representative of the intended application with all relevant tank components. Include the buyer-defined worst-case water condition when the application spans multiple sources.
Can Kemaix recommend a dosage without the pesticide label and application details?
No universal dosage can be recommended. The label, formulation, crop, target, spray volume, water, nozzle and test protocol determine the screen. Provide these inputs before discussing a controlled starting point.
What information is required to request a sample?
Provide the active ingredient, formulation type, target function, crop and target organism, water data, nozzle, spray volume, mixing sequence, benchmark, destination market and required documents. Sample availability and identity must be confirmed for the exact grade.
What is the MOQ for a standard product?
Standard products can be supplied from 200 kg, subject to exact-grade and order confirmation. This does not establish that every candidate name is available or approved for the proposed agricultural use.
Technical inquiry
Send Your Spray-System Details for Candidate Review
Send a reproducible application brief rather than a general request for a wetter or penetrant. Include:
- active ingredient and commercial formulation type
- primary function and current failure
- crop, growth stage and target organism
- water source, hardness, pH and tank components
- nozzle, pressure, spray volume and mixing sequence
- current benchmark and comparison method
- destination market, label directions and local requirements
- required quantity and document list
What Kemaix checks next
Kemaix will check whether the requirement fits a candidate discussion, confirm the exact grade identity and identify which current documents and sample options are available. AS-10, XR8108, XR8208 and JFC remain candidate names until current exact-grade evidence is confirmed.
A free 200-500 g sample may be available subject to exact-grade confirmation. The review does not establish tank compatibility, crop safety, penetration or field efficacy. Validate those outcomes under the pesticide label, applicable local requirements and the buyer’s approved protocol.
