Products
Imidacloprid 350g/L SC – Systemic Control with Reliable Results
Technical Specifications of Imidacloprid 350g/L SC
Understanding the core attributes of Imidacloprid 350g/L SC helps agribusiness clients make informed decisions regarding registration, crop safety, and compatibility with pest management strategies. The product is formulated for professional agricultural use and meets international quality and safety standards.
| Active ingredients |
Imidaclorprid 350g/l SC |
| CAS Number | 138261-41-3;105827-78-9 |
| Molecular Formula | C9H10ClN5O2 |
| Classification | Insecticide |
| Brand Name | POMAIS |
| Shelf life | 2 years |
| Purity | 350g/l SC |
| State | Liquid |
| Label | POMAIS or Customized |
| Formulations | 200g/L SL, 350g/L SC, 10%WP, 25%WP, 70%WP, 70%WDG, 700g/l FS |
| The mixed formulation product | 1.Imidacloprid 0.1%+ Monosultap 0.9% GR
2.Imidacloprid25%+Bifenthrin 5% DF 3.Imidacloprid18%+Difenoconazole1% FS 4.Imidacloprid5%+Chlorpyrifos20% CS 5.Imidacloprid1%+Cypermethrin4% EC |
Formulation Highlights
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Stability: Remains physically and chemically stable for up to 2 years in standard storage conditions
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Solubility: Highly soluble in polar solvents; easily dispersible in water
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Appearance: White to light brown suspension, uniform texture
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Packaging Options: 100mL, 250mL, 500mL, 1L, 5L bottles or customized OEM sizes
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Shelf Life: 24 months under cool, dry, sealed storage
Regulatory and Quality Compliance
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ISO 9001 Certified production
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SGS / BV / CIQ Testing available for bulk orders
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Custom COA, MSDS, TDS documentation included
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Supports ICAMA / FAO code alignment for global registrations
This formulation is engineered for high field efficacy, environmental safety, and regulatory acceptance, making it suitable for both national pesticide registration and international distribution programs.
Mode of Action & Insecticidal Performance
Imidacloprid 350g/L SC functions as a systemic neurotoxic insecticide with dual action—contact and stomach poisoning—targeting the nervous system of insects. It belongs to the neonicotinoid class and acts selectively on nicotinic acetylcholine receptors (nAChRs) in insects, interfering with synaptic signal transmission.
Mechanism of Action
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Binding to nAChRs: Imidacloprid binds irreversibly to insect-specific receptors, leading to continuous nerve excitation.
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Nerve Disruption: This overstimulation causes paralysis and death due to the insect's inability to control muscle function.
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Selective Toxicity: The binding affinity to insect receptors is thousands of times greater than to mammalian receptors, resulting in high insect toxicity and low mammalian risk.
Key Performance Features
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Systemic Movement: The active ingredient is absorbed and translocated through xylem, protecting new and existing plant tissues.
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Long Residual Effect: Offers extended protection, especially when applied as seed treatment or soil drench.
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Fast Knockdown: Particularly effective against rapidly multiplying sucking pests like aphids and whiteflies.
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Protective and Curative: Acts on both active infestations and incoming pest threats.
Advantages in Field Use
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Effective under variable climatic conditions, including high humidity and fluctuating temperatures.
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Minimizes crop damage during early growth stages when applied preventively.
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Low resistance development when rotated with different MoA insecticides.
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Compatible with IPM (Integrated Pest Management) strategies and biological control agents.
This unique combination of rapid neurotoxicity, systemic movement, and residual protection makes Imidacloprid 350g/L SC a trusted solution in global agriculture for controlling key pests in cereal crops, vegetables, orchards, and turf.
Target Pests & Application Scenarios
Imidacloprid 350g/L SC provides broad-spectrum, systemic control of economically significant insect pests, especially sucking insects. Its versatility across multiple crop systems makes it ideal for foliar spraying, seed treatment, soil application, and broadcasting.
Primary Insect Targets
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Aphids (Aphis spp.)
Rapid control on wheat, cotton, cabbage, and various vegetables. Inhibits feeding and virus transmission. -
Whiteflies (Bemisia tabaci, Trialeurodes vaporariorum)
Highly effective in greenhouse and field-grown cucurbits, tomatoes, and ornamentals. -
Leafhoppers & Planthoppers
Suitable for citrus, rice, and vineyard protection—prevents hopperburn and viral spread. -
Grubs (Scarabaeidae larvae)
Controlled via seed coating or soil granules in corn, turf, and peanut fields. -
Thrips & Mealybugs
Manages feeding injury and disease transmission in fruit trees and vegetable crops. -
Termites (Coptotermes, Reticulitermes spp.)
Applied through soil drench or soaking for plantation, tree nursery, and building perimeter protection.
Application Scenarios by Crop
| Crop Category | Application Scenario | Method |
|---|---|---|
| Wheat, Corn, Rice | Early-stage aphid & grub protection | Seed treatment (FS) or foliar spray |
| Vegetables (Cabbage, Chives, Cucumber) | Whitefly & aphid control | Foliar spray or granular broadcasting |
| Cotton | Aphid suppression in vegetative and bolling stage | Spray with SC or WDG |
| Fruit Trees (Citrus, Apple) | Leafhopper, thrip, and mealybug protection | Soil drench or foliar spray |
| Turf & Lawns | Root zone grub control | Granular broadcast (GR) |
| Peanuts | Grub management during germination | Seed dressing or soil application |
Why It Fits Modern Crop Systems
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Flexible across crop growth stages and regional pest pressure
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Excellent systemic distribution ensures hidden pests are reached
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Compatible with multiple application technologies (boom sprayers, seed treaters, broadcast spreaders)
With its broad target range and multi-method compatibility, Imidacloprid 350g/L SC is a strategic solution for pest pressure reduction across global agriculture.
Suitable crops:
Act on these Pests:
Formulation Options & Selection Guide
To meet the demands of different agricultural systems and pest challenges, Imidacloprid is manufactured in various formulations tailored for spraying, seed treatment, soil application, and broadcasting. Choosing the right formulation ensures maximum efficacy, crop safety, and cost efficiency.
Formulations Available from POMAIS
| Formulation Type | Concentration | Best Use Case |
|---|---|---|
| SC (Suspension Concentrate) | 350 g/L | For foliar application in vegetables, cotton, and cereals |
| SL (Soluble Liquid) | 200 g/L | General foliar use; suitable for open-field spraying |
| WP (Wettable Powder) | 10%, 25%, 70% | Broad-use tank mix; flexible and economical |
| WDG (Water Dispersible Granule) | 70% | Precision spraying with reduced dust; field crops |
| FS (Flowable for Seed Treatment) | 600 g/L, 700 g/L | High-load formulation for seed protection in cereals, corn, and legumes |
| GR (Granule) | 2% | Soil application in lawns, vegetables, and root-zone crops |
| Combination Formulations | Imidacloprid + Bifenthrin / Difenoconazole / Monosultap / Cypermethrin | Dual-action solutions for resistance management and broader pest control spectrum |
How to Select the Right Formulation
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For Seedling Stage Protection: Use FS formulations to ensure early pest control at germination.
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For Foliar Spray: Use SC, SL, WP, or WDG, depending on your equipment, spray volume, and crop.
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For Soil-Dwelling Insects: Apply GR formulations or prepare a soil drench using SC with proper dilution.
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For Dual-Action Requirements: Choose custom combinations that extend control across multiple insect types.
Advantages of POMAIS Formulations
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Manufactured under ISO-compliant systems
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Stable under varied temperature and storage conditions
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Tested for performance in tropical, subtropical, and temperate agriculture
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Customizable packaging and label language to fit your market
By offering a full range of high-performance formulations, POMAIS ensures that your product line is adaptable, competitive, and locally optimized.
Application & Dosage
Proper application of Imidacloprid 350g/L SC and its related formulations is critical to achieving reliable pest control, minimizing phytotoxicity, and ensuring crop safety. Below is a structured guide for its use across major crops, pests, and formulations.
1. Seed Treatment (FS Formulation)
Ideal for protecting crops from soil-borne pests and early-season infestations.
| Crop | Target Pest | Dosage | Application Method |
|---|---|---|---|
| Wheat | Aphids | 400–600 g/100 kg seed | Seed coating |
| Corn | Golden Needle Worm | 400–600 ml/100 kg seed | Seed coating |
| Peanut | Grubs | 300–400 ml/100 kg seed | Seed coating |
Key Notes:
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Apply with mechanical seed coaters or rotary mixers.
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Dry treated seeds in shade before sowing.
2. Foliar Spray (SC, SL, WP, WDG Formulations)
Used during active pest infestations on stems and leaves.
| Crop | Target Pest | Formulation | Dosage | Method |
|---|---|---|---|---|
| Cabbage | Aphids | 350 g/L SC | 45–75 ml/ha | Spray |
| Wheat | Aphids | 70% WDG | 200–400 g/ha | Spray |
| Cotton | Aphids | 70% WDG | 200–400 g/ha | Spray |
| Tomato | Whiteflies | 70% WDG | 300–400 g/ha | Spray |
Tips:
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Apply in early morning or late afternoon to reduce evaporation.
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Ensure thorough wetting of foliage, especially leaf undersides.
3. Soil Application & Broadcasting (GR Formulations)
For subterranean insect pests in turf and root zones.
| Crop | Target Pest | Dosage | Application Method |
|---|---|---|---|
| Lawn | Grubs | 100–200 kg/ha | Broadcast evenly |
| Chives | Leek Maggot | 100–150 kg/ha | Broadcast |
| Cucumber | Whitefly (root zone) | 300–400 kg/ha | Broadcast |
Notes:
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Apply before irrigation or rainfall for optimal uptake.
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Avoid applying during dry, windy conditions.
4. Termite Control (SC Formulation)
Used in plantation sites, nurseries, or structural protection.
| Target Pest | Dilution Ratio | Application Method |
|---|---|---|
| Termites | 350–700x dilution | Soil soak/drench |
Instructions:
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Prepare fresh solution; apply around plant base or structure.
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Maintain treated soil moisture for 24–48 hours post-application.
Usage Best Practices
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Always calibrate sprayers or seed treaters before large-scale use.
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Follow local agricultural authority guidelines for rate adjustments.
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Rotate with non-neonicotinoid actives to delay resistance buildup.
By applying Imidacloprid correctly according to pest biology and crop stage, you can achieve maximum economic return and long-lasting pest suppression.
Target Pest Spectrum & Crop Fit
Imidacloprid 350g/L SC offers broad-spectrum insect control across a variety of crops. Its systemic activity, selective toxicity, and long residual effect make it especially effective against sucking and soil-dwelling insects.
Key Pests Controlled
Imidacloprid targets both foliar and root-zone insect species that are difficult to manage using contact-only insecticides.
| Insect Group | Examples | Impact |
|---|---|---|
| Aphids | Aphis gossypii, Sitobion avenae | Damage leaves, transmit viruses |
| Whiteflies | Bemisia tabaci, Trialeurodes vaporariorum | Sap-sucking, lead to leaf curl and virus transmission |
| Leafhoppers | Nephotettix spp., Empoasca spp. | Cause hopperburn, spread viral diseases |
| Thrips | Frankliniella occidentalis | Distort flowers/fruits, vector tospoviruses |
| Grubs & Wireworms | Phyllophaga spp., Agriotes spp. | Feed on roots, reduce plant establishment |
| Mealybugs | Planococcus spp. | Sap-feeding, honeydew secretion leads to mold |
| Leek Maggot | Delia antiqua | Tunnel into bulbs, stunt plant growth |
| Termites | Coptotermes spp. | Damage plant roots and nursery stock |
Primary Crops Protected
Imidacloprid is compatible with a wide range of field crops, vegetables, fruit trees, oilseeds, and turfgrass systems.
| Crop Type | Examples | Application Method |
|---|---|---|
| Cereals | Wheat, Corn, Rice | Seed treatment, foliar spray |
| Vegetables | Cabbage, Tomato, Cucumber, Chives | Foliar spray, soil broadcasting |
| Oil Crops | Peanut, Rapeseed | Seed dressing, foliar application |
| Fruit Trees | Citrus, Apple, Pear | Soil soak, foliar spray |
| Turf & Lawn | Golf greens, public parks | Granule broadcasting |
| Greenhouse Crops | Ornamentals, leafy vegetables | Spray or drip application |
Crop Stage Focus:
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Early Stage (Seedling): Seed dressing ensures root and stem protection.
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Vegetative & Reproductive Stage: Foliar spray and broadcasting offer above- and below-ground pest control.
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Post-harvest/Nursery: Soil drench provides termite barrier in plantation setups.
Strategic Fit in Crop Protection Programs
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Fits into IPM strategies targeting virus vectors (e.g., aphids, leafhoppers)
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Works as a preventive or rescue treatment, depending on pest pressure
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Can be rotated with or mixed with other insecticide classes to reduce resistance risk
With its wide pest spectrum and proven crop compatibility, Imidacloprid 350g/L SC serves as a key active in building sustainable insect control programs.
Compatibility & Mixing Guidelines
Imidacloprid 350g/L SC is engineered for excellent chemical stability and compatibility, making it suitable for tank-mixing with a broad range of agrochemicals. This flexibility enhances pest control programs and reduces labor and application costs in the field.
Tank-Mix Compatibility
Imidacloprid can be safely mixed with the following types of products, provided that a compatibility test (jar test) is conducted before use:
| Compatible Category | Common Actives | Use Case |
|---|---|---|
| Fungicides | Difenoconazole, Carbendazim, Propiconazole | Dual control of sucking pests and foliar diseases |
| Insecticides | Bifenthrin, Chlorpyrifos, Cypermethrin | Extended pest spectrum covering both chewing and sucking pests |
| Micronutrient Fertilizers | Zinc sulfate, Boron compounds | Improves crop health and yield while maintaining pest protection |
Note: Avoid mixing Imidacloprid with strongly alkaline (pH > 8.5) or acidic (pH < 4.0) products, as this may reduce efficacy or cause instability.
Mixing Sequence Guidelines
For effective and safe application, follow the proper mixing order:
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Fill tank with clean water up to 70%.
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Add water-soluble materials (e.g., WDG, WP).
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Add Imidacloprid SC and other suspension concentrates.
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Add emulsifiable concentrates (if any).
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Add adjuvants or micronutrients last.
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Agitate continuously throughout mixing and spraying.
Integrated Pest Management Role
Imidacloprid’s compatibility makes it a strong component in resistance management and IPM (Integrated Pest Management) strategies:
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Combine with non-neonicotinoid actives to reduce resistance pressure.
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Use alongside biological or cultural control methods in low-residue programs.
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Alternate with chewing-insect-specific compounds in regions where pest diversity is high.
By enabling smooth integration with other products, Imidacloprid enhances operational efficiency while maintaining consistent control across pest spectrums.
Resistance Management Strategy
Maximize Long-Term Effectiveness with Smart Rotation and IPM Integration
While Imidacloprid is highly effective as a neonicotinoid insecticide, responsible use is essential to preserve its efficacy. Overuse or reliance on a single mode of action may lead to resistance development in key pest populations such as aphids, whiteflies, and leafhoppers. At POMAIS, we advocate for a sustainable Resistance Management Strategy as part of your crop protection program.
Best Practices to Prevent Resistance
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Rotate with Different MOAs: Avoid continuous use of Imidacloprid or other neonicotinoids. Alternate with insecticides from different IRAC groups, such as pyrethroids (Group 3), diamides (Group 28), or IGRs (Group 7, 15).
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Use Tank Mixes Judiciously: Where permitted, mix Imidacloprid with insecticides that have complementary activity to broaden spectrum and reduce resistance pressure.
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Apply at Economic Thresholds: Avoid unnecessary applications. Monitor pest populations and apply only when infestation reaches the economic damage threshold.
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Diversify Application Methods: Use seed treatment, foliar spraying, or soil application strategically to minimize repetitive exposure.
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Integrate Non-Chemical Tools: Incorporate biological control agents (e.g., parasitoids, predators), trap crops, and sanitation to reduce insect pressure without chemical input.
Recommended Rotational AIs
| Mode of Action Group | Active Ingredients | Usage Suggestion |
|---|---|---|
| Group 3A (Pyrethroids) | Bifenthrin, Cypermethrin | Contact knockdown of aphids, hoppers |
| Group 28 (Diamides) | Chlorantraniliprole | Rotation for caterpillar and beetle larvae |
| Group 6 | Abamectin | For mite control and whiteflies under IPM |
| Group 7/15 (IGRs) | Lufenuron, Novaluron | Inhibit growth stages, reduce resistance risk |
By adopting these strategies, you not only protect the performance of Imidacloprid 350g/L SC, but also strengthen the sustainability of your overall pest management plan. Resistance management is not just good practice—it is vital for crop profitability and long-term product efficacy.
Environmental Behavior & Residual Profile
Understand the Environmental Footprint of Imidacloprid 350g/L SC
Imidacloprid is known for its systemic movement and residual effectiveness, but its environmental behavior must be understood to ensure safe, responsible, and efficient use across different agricultural ecosystems. As regulatory frameworks evolve globally, transparency about residue levels, mobility, and impact on non-target organisms is essential for both product registration and sustainable field application.
Persistence and Soil Mobility
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Half-Life in Soil: Imidacloprid exhibits a soil half-life ranging from 40 to 190 days, depending on pH, temperature, organic matter, and application method. When used as a seed treatment or in soil drench, it offers long-lasting protection with minimal need for repeat applications.
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Water Solubility: Moderately soluble in water (~610 mg/L at 20°C), which allows root uptake but also means potential for leaching under certain conditions—especially in sandy or low-organic soils.
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Soil Binding: Tends to bind to soil particles in high-clay or organic-rich environments, reducing runoff but extending field persistence.
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Photodegradation: Stable under field light conditions; degradation occurs more rapidly in UV-exposed water bodies than in shaded soils.
Residue Levels and Safety Intervals
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Pre-Harvest Interval (PHI): Varies by crop and formulation; typically ranges between 7 to 21 days for foliar application. Always refer to regional MRL (Maximum Residue Limit) standards.
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Residue on Edible Parts: Imidacloprid is systemic, but residue accumulation in fruits and grains is minimal when applied according to GAP (Good Agricultural Practice).
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Food Safety: Registered in multiple countries with acceptable MRLs, including Codex, EU, EPA (USA), and China standards.
Non-Target Impact and Selectivity
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Pollinators: Imidacloprid may pose a risk to bees if applied during bloom or on flowering crops. Avoid spraying during peak foraging hours or on nectar-producing crops unless seed treatment is used.
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Aquatic Organisms: Moderate toxicity in aquatic invertebrates. Avoid drift or runoff into water bodies. Use buffer zones and low-drift nozzles when spraying near sensitive areas.
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Beneficial Insects and Soil Microbes: At labeled doses, Imidacloprid shows minimal long-term impact on beneficial insects when integrated into IPM. It is not fungitoxic or bacteriotoxic.
Environmental Use Guidance
| Environmental Factor | Recommendation |
|---|---|
| Blooming Crops | Avoid foliar spray during bloom. Prefer seed treatment. |
| Sandy or Leaching Soils | Use lower dose or coated seed formulations (FS). |
| Near Water Bodies | Maintain buffer zones, use GR formulations or avoid spray. |
| High Rainfall Areas | Consider split application or slow-release granules. |
By understanding its environmental profile, distributors and growers can apply Imidacloprid 350g/L SC responsibly—maximizing field efficacy while minimizing ecological risk.
Safety Guidelines & PPE Requirements
Safe Handling of Imidacloprid 350g/L SC for Field and Storage
When working with systemic insecticides like Imidacloprid, ensuring proper handling procedures and personal protection is not only a regulatory requirement but a practical necessity to safeguard operators, applicators, and end-users throughout the supply chain. This section provides practical, concise, and internationally aligned safety recommendations to support both compliance and operational peace of mind.
Toxicity Classification
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WHO Classification: Class II – Moderately hazardous
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Oral LD50 (rat): ~450 mg/kg
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Dermal LD50: >2000 mg/kg
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Aquatic Toxicity: Toxic to some fish and invertebrates
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Bee Toxicity: Highly toxic via contact; moderate via ingestion
Imidacloprid poses low acute toxicity to humans but should always be handled with care due to its potential effects on the nervous system and its high efficacy against insect neurons.
Recommended Personal Protective Equipment (PPE)
| Task | Minimum PPE Required |
|---|---|
| Mixing / Loading | Chemical-resistant gloves, goggles, face shield, apron, long sleeves |
| Field Spraying | Coveralls, nitrile gloves, waterproof boots, mask (N95 or P3 if aerosol risk) |
| Seed Treatment | Dust mask or respirator (P2), chemical-resistant gloves, full-body clothing |
| Granule Application | Gloves, dust mask (if airborne particles are present), long sleeves |
Always wash hands and exposed skin after handling. Avoid eating, drinking, or smoking during handling.
Storage and Transportation Safety
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Packaging: Use original, sealed containers with tamper-proof labeling.
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Storage Conditions: Cool, dry, well-ventilated area. Avoid exposure to sunlight and moisture.
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Shelf Life: 2 years when stored in proper conditions.
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Segregation: Do not store with food, animal feed, or seed.
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Emergency Spill Handling: Absorb with sand or vermiculite. Dispose according to local hazardous waste regulations.
First Aid Measures
| Exposure Type | First Aid |
|---|---|
| Inhalation | Move to fresh air, monitor breathing, seek medical attention if symptoms persist. |
| Skin Contact | Wash with soap and water. Remove contaminated clothing. |
| Eye Contact | Rinse immediately with water for at least 15 minutes. |
| Ingestion | Do not induce vomiting. Seek immediate medical advice and show product label. |
Regulatory Compliance
POMAIS formulations meet FAO, WHO, REACH, and China ICAMA standards. Our Material Safety Data Sheet (MSDS) and product labels include all hazard identification and emergency response protocols.
This safety framework ensures that both small-scale operators and large distributors can implement robust safety practices when working with Imidacloprid-based solutions. Proper training and adherence to PPE use will enhance workplace safety and product stewardship.
Residual Activity & Environmental Fate
Long-Lasting Protection with Low Volatility and Predictable Field Performance
Imidacloprid 350g/L SC is known for its extended residual activity, ensuring continued insect control well after application. Its systemic nature allows it to move within plant tissues and protect both existing and new growth, making it highly effective in reducing repeated spray frequency.
Field Persistence
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Residual Activity in Plants: 7–21 days depending on crop type, environmental conditions, and application method.
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Soil Half-life: Varies from 40 to over 100 days depending on pH, organic matter, and temperature.
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Water Solubility: ~610 mg/L at 20°C – allows mobility but also rapid plant uptake.
This long residual performance supports protection during early growth stages or pest outbreak cycles, particularly in seed treatments and systemic foliar applications.
Environmental Behavior
| Parameter | Behavior |
|---|---|
| Soil Adsorption | Moderate – binds to soil particles, but can leach in sandy soils with low organic content |
| Photodegradation | Moderate – sunlight breaks down surface residues in 1–3 days |
| Hydrolysis | Stable under normal field pH; does not degrade rapidly in water |
| Volatility | Low – minimal loss from evaporation post-application |
Imidacloprid's environmental profile enables effective field persistence while minimizing vapor drift or volatilization concerns.
Impact on Non-Target Organisms
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Bees: Highly toxic on direct contact. Avoid spraying during flowering or during bee activity. Use seed treatment or early vegetative applications to reduce exposure.
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Aquatic Life: Toxic to fish and aquatic invertebrates. Avoid runoff into water bodies.
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Soil Microorganisms: Low to moderate impact. Safe when used as directed.
To mitigate environmental impact, always follow buffer zone recommendations and avoid excessive application near sensitive ecosystems.
Pre-Harvest Intervals (PHI)
| Crop | Typical PHI (Days) |
|---|---|
| Wheat, Rice, Corn | 21 days |
| Vegetables | 7–14 days depending on formulation |
| Fruit Trees | 14–21 days |
| Leafy Greens | 7 days |
Always refer to local regulatory guidelines as PHI may vary by country, crop, and label registration.
Environmental Stewardship Tips
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Implement buffer zones when spraying near open water.
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Choose seed treatment over broadcast where possible to reduce surface runoff risk.
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Rotate crops with varying irrigation needs to minimize soil leaching.
Imidacloprid's well-documented environmental profile allows for predictable field results when used according to label. Its systemic behavior supports efficient pest suppression while meeting many global stewardship standards.
OEM/ODM Services & Custom Formulations
Build Your Own Insecticide Brand with POMAIS Professional Support
As a direct manufacturer and exporter, POMAIS offers full-spectrum OEM and ODM services for Imidacloprid 350g/L SC and other formulations. Whether you are an importer, distributor, or agrochemical brand owner, we help bring your products to market with efficiency, compliance, and customized impact.
What We Offer
| Service | Description |
|---|---|
| Custom Label Design | Artwork design tailored to your local regulations and market language (multi-lingual support available) |
| Flexible Bottle Sizes | Options from 100mL to 20L, in HDPE, PET, COEX or aluminum bottles |
| Formulation Adjustment | Modify Imidacloprid concentration or create blends with other active ingredients based on local pest profiles |
| Packaging Box & Carton Design | Branded outer cartons and shrink-wrap options |
| Registration Dossiers Support | Documents like MSDS, COA, TDS, ISO, GLP reports to assist with import and registration |
| Low MOQ for New Markets | Trial order support with reduced minimums for new distributors or market entry projects |
| Exclusive Regional Cooperation | Territory protection and long-term distribution partnership available upon agreement |
Custom Formulation Options Available
Besides standard Imidacloprid 350g/L SC, POMAIS manufactures a variety of combinations tailored for wider pest coverage or resistance control:
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Imidacloprid + Bifenthrin: Combines systemic and contact action (ideal for aphids, beetles, thrips)
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Imidacloprid + Difenoconazole: Dual control of insects and fungal pathogens
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Imidacloprid + Chlorpyrifos / Cypermethrin: Enhanced knockdown power for hard-to-control pests
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Imidacloprid FS (600g/L or 700g/L): Custom seed treatment solution for wheat, corn, and peanut
We also support development of new ratios based on your local market regulations or efficacy needs.
Why Work with POMAIS
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ISO 9001:2000 certified production with batch tracking and third-party QA/QC
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10+ years of export experience to Middle East, Africa, South America, and CIS countries
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99% on-time delivery with dedicated logistics support for dangerous goods
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Multilingual sales team & technical consultants available to support your market launch
POMAIS isn't just your supplier — we’re your brand-building partner in the competitive agrochemical market.
Global Market Fit & Strategic Deployment
Adapted for Diverse Climates, Crops, and Regulatory Requirements
Imidacloprid 350g/L SC from POMAIS is developed not just for efficacy, but for adaptability—tailored to meet the evolving pest control challenges across multiple continents and farming systems. We optimize our formulations and packaging to comply with local standards and agronomic practices, ensuring your product is fit for market from day one.
Geographic Suitability & Climatic Tolerance
| Region | Agronomic Features | Imidacloprid Adaptation |
|---|---|---|
| Middle East & North Africa (MENA) | High heat, arid zones, citrus dominance | Photostable SC & GR versions suitable for soil pests and aphids |
| Sub-Saharan Africa | High pest pressure, maize/cotton base crops | FS seed treatments and dual formulations (e.g., + Bifenthrin) |
| South America (e.g., Brazil, Colombia) | Humid climate, complex rotation crops | SC and WDG formulations customized for banana, sugarcane, soybean |
| Central & South Asia | High rice/wheat dual cropping, aphid resurgence | FS + WDG combination, termite control for soil drenching |
| Southeast Asia (Vietnam, Thailand, Philippines) | Intensive vegetable cultivation | WDG/SC for aphids, whitefly; GR for cucumber, chive, melon |
| Eastern Europe & CIS | Cold winters, wheat/corn focus | FS seed dressing for early pest management, SL for soil pests |
Registration & Compliance Readiness
We proactively prepare Imidacloprid 350g/L SC for global regulatory compliance. Our support includes:
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GLP-compliant toxicology & residue data
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Customized dossiers for Africa, LATAM, SEA, CIS markets
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Label & safety sheet translation in Arabic, French, Russian, Spanish, Portuguese, etc.
POMAIS helps distributors navigate local pesticide registration, ensuring smooth entry and minimized delay.
Packaging Adaptation Per Market
| Market | Typical Packaging | Languages |
|---|---|---|
| Africa | 100mL, 250mL, 500mL, 1L HDPE bottle | English / French |
| Middle East | 1L, 5L, 20L jerry can, anti-counterfeit seal | Arabic / English |
| South America | 1L bottle + display box / carton | Spanish / Portuguese |
| Southeast Asia | Sachets (50g–100g WDG), 200mL SC | Vietnamese / Thai / Khmer |
| Central Asia | 500g WDG, 1L SC in double-labeled packs | Russian / Uzbek |
Summary:
Whether for large-scale agribusinesses in Brazil, smallholder farms in Kenya, or export compliance in Kazakhstan, POMAIS Imidacloprid SC is formulated and packaged to match. Our strategy ensures high local compatibility with minimal additional localization costs.
Procurement Advantages
Why Importers, Distributors, and Ag-Supply Chains Choose POMAIS Imidacloprid
For B2B buyers in the agrochemical industry, procurement goes beyond product quality—it’s about strategic alignment, regulatory compliance, and long-term value creation. POMAIS’s Imidacloprid 350g/L SC is engineered with these business priorities in mind, offering procurement advantages that reduce market risk, enhance competitiveness, and simplify supply chains.
Key Procurement Advantages
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Multi-Formulation Availability
One active ingredient, many delivery systems: SC, FS, WDG, GR, and more—ideal for matching national registration portfolios and client needs across crops and climates. -
Low MOQ with OEM/ODM Support
Launch your own brand with flexible order volumes and full customization. We support packaging design, language localization, and even dual-active formulation development. -
Fast Production Cycle & Delivery
From label confirmation to shipment:-
Label/artwork confirmation: 3 days
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Packaging material & raw material procurement: 15 days
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Finished product production & QC: 5 days
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Final packaging & dispatch: 5–7 days
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Regulatory File Support
We provide toxicology data, COA, MSDS, and field trial results to assist with registration—saving you months of preparation time. -
Built-in Anti-Counterfeit Measures
Tamper-proof labeling, QR verification codes, and serialized cartons protect your market share in high-risk regions.
Buyer-Centric Supply Services
| Service Type | Description |
|---|---|
| Custom Branding | Bottle shape, cap color, label artwork, box design |
| Document Package | COA, MSDS, TDS, Product Photos, Label Template |
| Logistics Coordination | CIF, DDP, Door-to-Door via air/sea/train for Central Asia, Africa, LATAM |
| After-Sales | Re-labeling, complaint handling, product stability tracking |
Common Buyer Scenarios We Support
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New Market Entry: First-time registration assistance and technical guidance.
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Portfolio Expansion: Add Imidacloprid as a complementary insecticide in your product range.
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Seasonal Tenders: Large-scale, time-sensitive public or private contracts.
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Retail Brand Builders: Launching retail lines under custom trade names with local language packaging.
Conclusion:
POMAIS does not just sell Imidacloprid—we deliver an integrated procurement solution tailored to help you grow in your local market, win tenders, protect your IP, and build a stable long-term agrochemical business.
FAQ
Clear Answers for Distributors, Agronomists, and Regulatory Buyers
To support technical clarity and address buyer concerns before procurement or registration, we provide a comprehensive FAQ based on field inquiries, distributor consultations, and compliance discussions. These answers are tailored for B2B audiences and may assist in training, promotion, or label development.
1. What is Imidacloprid 350g/L SC used for?
Imidacloprid 350g/L SC is primarily used for controlling sap-feeding insects such as aphids, whiteflies, leafhoppers, thrips, and mealybugs. It can be applied through foliar spray, seed dressing, or soil drenching, depending on crop type and pest pressure.
2. Is Imidacloprid systemic or contact-based?
Imidacloprid is a systemic insecticide. After application, it is absorbed and translocated throughout the plant’s vascular system, offering protection from the inside and making it especially effective against hidden or newly emerging pests.
3. How long does the protection from Imidacloprid last?
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Seed treatments can protect for up to 3–4 weeks after emergence.
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Foliar applications provide 7–14 days of residual activity depending on weather and crop growth rate.
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Soil drenches offer longer persistence, especially for termites or soil insects.
4. What is the difference between Imidacloprid and other neonicotinoids?
Compared to other neonicotinoids like Thiamethoxam or Acetamiprid:
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Imidacloprid offers strong binding to nAChRs and longer residual activity.
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It is widely registered, well-researched, and remains cost-effective in high-volume use.
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POMAIS also offers dual formulations that combine Imidacloprid with pyrethroids or fungicides for extended efficacy.
5. Is Imidacloprid 350g/L SC safe for humans and non-target organisms?
When applied as directed, Imidacloprid has low mammalian toxicity due to its selective action on insect receptors. However:
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Avoid direct contact or inhalation during mixing/application.
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Follow label guidelines for personal protective equipment (PPE).
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Do not apply near aquatic bodies—consult local restrictions, as neonicotinoids may be regulated for pollinator safety in some regions.
6. Can Imidacloprid be tank-mixed with fungicides or foliar nutrients?
Yes, Imidacloprid SC is compatible with most commonly used fungicides (e.g., Difenoconazole, Carbendazim) and foliar micronutrients. Always perform a jar test before large-scale mixing and avoid highly acidic or alkaline combinations.
7. What is the shelf life and storage recommendation?
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Shelf life: 2 years in original sealed containers under cool, dry conditions.
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Storage: Keep away from sunlight and moisture. Avoid freezing. Store at 0–40°C.
8. Can I request a COA or sample before purchase?
Yes, POMAIS provides:
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COA (Certificate of Analysis)
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TDS, MSDS
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Free sample or label mock-up for serious buyers, subject to MOQ policies.
