Emamectin Benzoate 150 g/L + Lambda-Cyhalothrin 120 g/L + Thiamethoxam 140 g/L SC Insecticide

Active / Content	Emamectin Benzoate 150 g/L + Lambda-Cyhalothrin 120 g/L + Thiamethoxam 140 g/L
Formulation	SC (Suspension Concentrate)
IRAC / MOA	3A voltage-gated sodium channel modulator + 4A nAChR agonist + 6 glutamate-gated chloride channel modulator
Action Profile	Fast knockdown, feeding cessation, and potent larval control; built for rotations and mixed-pressure programs
Primary Targets	Mixed chewing (Lepidopteran larvae) and piercing–sucking pests (aphids, whiteflies, leafhoppers, mirids), label-dependent
Use Areas	Registered crops/sites in open field and protected cultivation, where registered
Documentation	COA / MSDS (SDS) / TDS supplied with each lot
OEM Options	Private label, multilingual artwork, barcoding/QR, tamper-evident packaging
Packs	Bulk and retail formats (e.g., 1 L / 500 mL / 250 mL); outer cartons and palletization notes on request
Lead Time / MOQ	Confirmed at quotation; forecast-based production slots available

Emamectin Benzoate 150 g/L + Lambda-Cyhalothrin 120 g/L + Thiamethoxam 140 g/L SC Insecticide

You deploy a triple-mode SC that combines immediate knockdown from IRAC 3A, feeding cessation on piercing–sucking pests from IRAC 4A, and potent larval control from IRAC 6. This balance helps you stabilize mixed, overlapping generations across key crops where registered while supporting resistance management without prescribing rates or frequencies. The aqueous suspension concentrate format is designed for reliable re-dispersion, even coverage, and operational practicality in large programs. Every lot ships with COA / MSDS (SDS) / TDS so your quality, compliance, and customer audits stay straightforward.

Where it performs
You use it during pressure build-ups and at threshold-triggered windows when chewing larvae coincide with aphids, whiteflies, leafhoppers, or mirids. The profile suits open-field and protected cultivation once the product is locally registered, and it fits IPM by pairing well with monitoring, sanitation, exclusion, and non-3A/4A/6 rotations. Because performance relies on coverage and timing, you align spray runs with crop stage, canopy density, and weather to maintain control while protecting beneficials and stewardship goals.

Why it matters to your program
By spreading activity across 3A/4A/6, you reduce reliance on any single mechanism, helping slow resistance selection and smoothen re-service intervals. You gain fast visible relief plus sustained suppression, which limits callbacks and protects yield/quality KPIs. Commercially, you can standardize procurement with OEM private label, multilingual artwork, and retail/bulk pack matrices, then forecast deliveries using lead-time windows and MOQ. All use remains label-guided and where registered, ensuring global deployability with local compliance.

Mode of Action & Synergy (IRAC 3A/4A/6)

How each mode contributes
You leverage IRAC 3A (lambda-cyhalothrin) as a voltage-gated sodium channel modulator that triggers rapid nerve excitation, fast knockdown, and flush-out of exposed adults and nymphs. This delivers visible relief within the service window but can also increase irritability and movement, so you time runs to minimize off-plant dispersal. IRAC 4A (thiamethoxam) acts as a nicotinic acetylcholine receptor (nAChR) agonist, producing feeding cessation and mortality via ingestion—particularly effective on piercing–sucking pests that probe and feed. IRAC 6 (emamectin benzoate) enhances chloride ion influx through glutamate-gated channels, causing paralysis and potent larval control; its translaminar behavior helps protect leaf tissue beyond the initial spray film.

Why the combination matters
By stacking 3A + 4A + 6, you combine immediate knockdown with post-exposure feeding stop and deep larval suppression, smoothing outcomes across mixed, overlapping generations. The 3A fraction handles mobile adults and nymphs you can contact today; 4A suppresses new injury from probing within hours; 6 maintains pressure on Lepidopteran larvae that drive defoliation and quality loss. This functional spread means you can stabilize fields faster after threshold alerts, then maintain trend reduction without over-relying on a single mode. All use remains label-guided—you follow local registrations, crop lists, and any restrictions on 3A/4A/6 deployment.

Resistance stewardship
Tri-mode coverage helps diversify selection pressure, but it does not replace rotation. You still alternate away from 3A/4A/6 in subsequent windows, avoid back-to-back applications across generations, and integrate non-chemical IPM (monitoring, sanitation, exclusion, biocontrol where compatible). Track species mix and life stages to avoid patterning selection on one guild (e.g., repeated 4A pressure against aphids). Document date, pest stage, canopy, weather, and outcomes so procurement and operations can tune intervals and choose non-3A/4A/6 partners when the label permits. Where pollinator or aquatic risks are material, schedule windows and buffer practices per local regulation.

Performance drivers you control
Effect expression depends on coverage uniformity, canopy density, water quality, and spray timing. You agitate the SC for consistent particle suspension, use volumes that wet upper and lower leaf surfaces, and avoid extreme heat, high wind, or imminent rainfall that compromise deposits. For first-time partners, a jar test verifies compatibility; you avoid strong acids/alkalis and unvetted solvents that destabilize suspensions. Because 3A is contact-forward while 4A/6 include ingestion-driven effects, pairing good leaf coverage with timely scouting is essential to compress injury curves and sustain control between services.

Target Pests

Scope and positioning
You apply this triple-mode SC to stabilize mixed pest complexes where chewing larvae coincide with piercing–sucking insects across registered crops. The IRAC 3A fraction delivers fast knockdown on exposed adults and nymphs, IRAC 4A drives feeding cessation on hemipterans that probe and ingest, and IRAC 6 provides potent larval control that reduces defoliation and quality loss. Performance depends on coverage, canopy access, and stage distribution in the field, so you align runs with monitoring thresholds and schedule follow-ups within the label’s re-treatment windows. All claims are label-dependent; confirm local registrations and target lists before deployment.

Chewing pests (label-dependent examples)
You target Lepidopteran larvae that drive foliage loss and fruit scarring in vegetables, cotton, and tree fruit, such as armyworms, cutworms, budworms, bollworms, and diamondback moth complexes. The IRAC 6 component acts on glutamate-gated chloride channels to paralyze and suppress feeding, while IRAC 3A assists with knockdown of exposed stages during applications. Best results occur when you treat at early instars, secure uniform leaf coverage (including undersides), and integrate scouting and sanitation to remove refuges. This approach compresses injury curves and protects yield and grade while supporting resistance stewardship.

Piercing–sucking pests (label-dependent examples)
You suppress aphids, whiteflies, leafhoppers/planthoppers, and mirids that transmit viruses and cause honeydew and sooty mold. IRAC 4A acts as an nAChR agonist, leading to rapid feeding stop and subsequent mortality, while IRAC 3A contributes contact knockdown on exposed adults and nymphs. In programs where ant–hemipteran mutualism or dusty canopies reduce efficacy, you pair treatments with sanitation and canopy hygiene to improve deposition and disrupt tending behavior. Because population structure shifts quickly, you document species mix and life stages and rotate to non-3A/4A/6 partners as the label allows to maintain durable control.

Use Areas

Registered crops and production systems
You apply this triple-mode SC on registered crops and sites only, aligning with local labels that govern crops, targets, and intervals. Typical programs cover vegetables (fruiting, leafy, brassica types), cotton, row crops (maize, rice, soybean), and permanent crops such as citrus, pome/stone fruit, and grapevines, plus protected cultivation (greenhouses/high tunnels) where registered. You position treatments around monitoring thresholds, crop stage, and canopy density so deposits reach upper and lower leaf surfaces. Always reconcile deployments with local resistance guidelines and stewardship notes for IRAC 3A/4A/6.

Operational constraints and stewardship fit
You observe pollinator and aquatic safeguards when planning routes: avoid bloom windows, maintain buffer zones, and schedule runs outside peak foraging where required. In protected systems, coordinate with ventilation and climate control to minimize drift inside houses and to improve leaf wetness management that supports deposition and uptake. Because this SC serves mixed chewing and piercing–sucking complexes, you integrate it with IPM—inspection, sanitation, exclusion—and rotate to non-3A/4A/6 partners as labels permit. All use remains label-guided, including REI/PHI and any regional restrictions on neonicotinoids (IRAC 4A) or pyrethroids (IRAC 3A).

Application & Program Fit (label-guided)

How you deploy it
You treat strictly according to the local label, prioritizing uniform spray coverage and agitation so the SC stays in suspension from tank mix to last nozzle. Keep water clean and within a label-compatible range, strain the tank, and choose patterns that wet upper and lower leaf surfaces without excessive runoff. Time runs to threshold triggers and early instars for chewing pests, while syncing with feeding activity of piercing–sucking species. Avoid extreme heat, high wind, or imminent rainfall that compromise deposits and control. Always document lot numbers, crop stage, species mix, weather, and outcomes to guide re-service decisions.

Program integration
You embed this triple-mode SC inside an IPM program: inspection, sanitation, and exclusion reduce reinfestation pressure, while non-3A/4A/6 rotations sustain long-term efficacy where labels permit. To protect beneficials, schedule away from bloom windows and manage buffer zones and drift barriers as required. For first-time partners or adjuvants, run a jar test and follow label mixing orders to avoid destabilizing the suspension. Separate this foliar tool from bait placements or other attractants to maintain palatability and avoid behavioral conflicts. All frequency and interval decisions remain label-guided, including any REI/PHI and regional restrictions on IRAC 3A/4A use.

Verification & continuous improvement
You verify performance with scouting and trapping before and after each service, comparing injury curves and live counts to baseline. When species composition shifts, pivot to non-3A/4A/6 partners or compatible tools per label to prevent one-sided selection. In protected cultivation, align with ventilation and climate control so leaf wetness and airflow support deposit quality. Maintain a simple service log—dates, field blocks, tank constitution, nozzle set, environmental notes, and efficacy snapshots—to standardize operations across crews and seasons while meeting audit expectations.

Formulation Engineering — SC Stability & QC

What you get in the suspension concentrate
You are working with a multi-active suspension concentrate (SC) engineered for fast re-dispersion, uniform spray coverage, and filter/nozzle friendliness in commercial rigs. The formulation balances particle size distribution for stable suspensibility and leaf deposition, while thixotropic rheology prevents hard settling yet releases under agitation so the tank returns to a smooth, pourable state. A modern surfactant/dispersant package, controlled defoaming, and wetting aids help you keep consistent deposits across canopies and water qualities. The result is an operationally practical SC that supports rotations for mixed chewing and piercing–sucking pest complexes where registered.

Quality controls you can audit
Each batch is released against HPLC assays for the three actives and verified for pH, viscosity profile, suspensibility, particle size, and wet-sieve cleanliness to stay compatible with typical field screens. Stability programs include accelerated heat/cold holds and freeze–thaw cycling to confirm SC stability during seasonal storage and transport. Routine checks of re-dispersion time and appearance/odor protect handling consistency, while hard-water tolerance and baseline tank-mix checks guide jar-test expectations. You receive full COA / MSDS (SDS) / TDS with lot identification so inbound QA and customer audits remain straightforward and traceable.

Storage & handling discipline
Store in the original, tightly closed container, away from direct sunlight, frost, and heat sources. Invert or agitate before use to ensure a homogeneous suspension concentrate; strain the tank on first fill and maintain continuous agitation through the last nozzle. Keep containers clean and dry; follow FIFO rotation and log batch numbers for traceability. If you plan first-time partners or adjuvants, run a jar test to verify SC stability in your site water before field use. Always follow the product label and local regulations.

Tank Mix Compatibility & Safety

How you ensure compatibility
You follow a label-guided mixing order and run a jar test when partnering this SC with other actives, adjuvants, or foliar nutrients. Keep water within a label-compatible pH range, strain the tank, and maintain continuous agitation to prevent settling or flocculation. Avoid strong acids/alkalis and unvetted solvent-heavy adjuvants that destabilize suspensions. Because IRAC 3A/4A can introduce pollinator and aquatic risk, you schedule outside bloom windows, manage buffer zones, and prevent drift into surface water. Observe PPE, REI/PHI, and local rules for neonicotinoids (4A) and pyrethroids (3A). All combinations remain label-permitted and field-validated through small-area checks before wide deployment.

Regulatory Compliance & Environmental Profile

Operate within the rules
You apply only where registered, following local labels that specify crops, targets, intervals, and maximum seasonal totals. Identify regional restrictions applicable to IRAC 4A and IRAC 3A and adhere to MRL, PHI, and REI requirements for export-oriented programs. Packaging carries GHS elements, and each lot ships with COA / MSDS (SDS) / TDS to simplify audits. From an environmental perspective, you protect pollinators by avoiding bloom exposure, manage buffer zones for aquatic organisms, and control drift through nozzle and weather discipline. Maintain traceable records—field IDs, dates, batch numbers, and outcomes—to document stewardship and support regulatory inspections.

OEM Services & Market Support

Speed to market with confidence
You can activate OEM private label with multilingual artwork, barcoding/QR, and tamper-evident packaging aligned to your brand system. We provide spec sheets, label templates, and dossier-style summaries derived from COA / MSDS (SDS) / TDS to support registrations and distributor onboarding. Logistics include forecast-based production slots, confirmed lead-time windows, and palletization notes for efficient warehousing. For operations, we supply mixing order guides, jar test SOPs, and scouting templates to standardize service quality across crews. Each lot is traceable, and documentation aligns with typical customer and regulatory audits, streamlining market entry and after-sales support.

Field Use Scenarios

Protected vegetables with overlapping generations
In greenhouses experiencing diamondback moth larvae alongside whiteflies, you schedule this triple-mode SC at thresholds and align with ventilation and climate control to maintain deposit quality. IRAC 3A provides fast knockdown on exposed stages, IRAC 4A stops probing and feeding to slow virus spread, and IRAC 6 suppresses larval feeding that drives defoliation. You rotate to non-3A/4A/6 partners per label and pair with sanitation (removing infested leaves, managing honeydew) to sustain suppression across crop cycles while keeping records for audits and continuous improvement.

Cotton under mixed pressure spikes
During hot spells, bollworm/budworm larvae overlap with aphids and mirids. You time runs to early instars and active piercing–sucking phases, ensuring uniform coverage of top and mid-canopy. The 3A fraction clears exposed mobile stages, 4A drives feeding cessation that limits honeydew and injury, and 6 deepens larval control. You avoid bloom windows where pollinators are active, respect buffer zones, and rotate away from 3A/4A/6 in subsequent windows to preserve long-season efficacy and protect yield and quality metrics.

Tree fruit targeting quality protection
In pome and stone fruit programs, early-season leafrollers and intermittent aphid flights challenge finish quality. You integrate this SC at scouted thresholds, optimize water volumes to reach leaf undersides, and adjust spray runs around wind and temperature to prevent drift and evaporation losses. With 3A/4A/6 coverage, you secure visible knockdown, feeding stop, and larval suppression while aligning with MRL/PHI for export markets. Post-service scouting validates outcomes, guiding rotations to non-3A/4A/6 partners as the label allows.

FAQ

Q1. Can I mix this SC with other insecticides or foliar nutrients?
Only if the label permits. Run a jar test, maintain agitation, and avoid strong acids/alkalis or unvetted solvent-heavy adjuvants.

Q2. How does it fit resistance management?
It combines IRAC 3A/4A/6 but still requires rotation to non-3A/4A/6 partners and IPM practices to diversify selection pressure.

Q3. Is it suitable for protected cultivation?
Yes, where registered. Coordinate ventilation/climate for deposit quality and schedule away from bloom windows to protect pollinators.

Q4. What documentation ships with each lot?
You receive COA / MSDS (SDS) / TDS with batch traceability for inbound QA and audits.

Q5. Are there regional restrictions?
Some markets restrict IRAC 4A (neonicotinoids) or IRAC 3A (pyrethroids) outdoors. Always follow the local label and regulation.

Q6. What pack formats and lead times are available?
Bulk and retail formats (e.g., 1 L / 500 mL / 250 mL); lead-time windows and MOQ are confirmed at quotation based on forecast.

Why Choose POMAIS

Formulation engineering you can audit
You gain a multi-active SC with balanced particle size distribution, thixotropic rheology, and HPLC-verified content, supported by accelerated stability and freeze–thaw programs. COA / MSDS (SDS) / TDS accompany every lot.

Compliance and stewardship leadership
We standardize label-guided usage language, emphasize pollinator/aquatic safeguards, and provide traceable records templates that match customer and regulatory audits.

OEM speed and supply resilience
We activate private-label quickly with multilingual artwork, confirm lead-time windows, and optimize palletization for export lanes—reducing downtime and logistics costs.

Technical partnership
You access mixing order guides, jar test SOPs, and rotation roadmaps that align with IRAC stewardship and practical service constraints in the field.

Partner with POMAIS Today

Request your spec sheet, label templates, samples, and a confirmed MOQ/lead-time window. Share your target crops, pest spectrum, and preferred pack formats, and we will align branding, logistics, and rotation planning to your market strategy. Always follow the product label and local regulations.