Acetamiprid Insecticide

Acetamiprid is a broad-spectrum, systemic neonicotinoid insecticide widely used in agriculture for its effectiveness against a range of pests, including aphids, whiteflies, and thrips. This insecticide acts on nicotinic acetylcholine receptors in the nervous system, causing paralysis and death in target insects. Acetamiprid products are available in formulations like 20% SP, 15% SP, and 20% WP, ensuring versatile usage across various crops and agricultural conditions.

POMAIS supplies acetamiprid as export projects for importers, distributors, brand owners, and registrants who need batch-consistent products, documentation-ready files, and private label execution.

  • Designed for Professional Buyers & Bulk Orders
  • We support custom packaging, labeling, and formulation to meet your market needs.
  • Export wholesale inquiries only.
  • Please include destination country, business type (importer/distributor/registrant), and expected volume.
  • Retail requests will not be processed.
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About Acetamiprid Insecticide

Item Specification
Product Name Acetamiprid Insecticide
Chemical Name (E)-N1-[(6-chloro-3-pyridyl)methyl]-N2-cyano-N1-methylacetamidine
CAS Number 135410-20-7
Molecular Formula C10H11ClN4
IRAC Mode of Action Group 4A — Neonicotinoids (nAChR competitive modulators)
Formulations Available (project-based) 20% SP • 15% SP • 20% WP / 25% WP • 70% WDG • 3% EC
Typical Target Pests (label-dependent) Aphids • Whiteflies • Leafhoppers • Thrips • Other piercing-sucking pests
Suitable Crops (destination-dependent) Cotton • Vegetables • Fruit trees • Soybeans • Cereals • Other approved crops
Shelf Life 2 years (based on final spec and storage conditions)
Documentation Pack COA • SDS/MSDS • TDS • Batch traceability (shipment-linked)
Private Label Support Multilingual label layout • Compliance blocks • Carton design • Pack configuration
Sales Model Export wholesale only; retail requests will not be processed

Acetamiprid is a versatile, broad-spectrum insecticide effective against a variety of sucking pests, widely applied in crop protection for both systemic and contact action. Let me know if additional customization is needed!

Characteristics (Why Distributors Choose Acetamiprid)

Acetamiprid is selected when buyers want a systemic Group 4A option that fits high-volume distribution, offers strong performance against sap-feeding pests, and supports rotation planning.

  1. Systemic activity for sap-feeders: uptake and translocation can support protection beyond the spray surface under labeled use patterns.

  2. Portfolio fit across segments: commonly positioned in vegetables, fruit, cotton, and other approved crops where aphids/whiteflies/thrips are recurring pressure points.

  3. Rotation-ready MoA language: IRAC Group 4A classification supports stewardship messaging and distributor training materials.

  4. Formulation flexibility: SP/WP/WDG/EC options help you match channel habits, warehouse handling preferences, and destination label scope.

Mode of Action and Advantages (IRAC Group 4A)

Acetamiprid is a Group 4A neonicotinoid acting on insect nicotinic acetylcholine receptors (nAChR), a standard MoA position for managing piercing-sucking pests in commercial crop programs.

By binding to nAChR targets, acetamiprid disrupts normal nerve transmission, leading to paralysis and death in susceptible insects. In resistance stewardship, the key is not “more sprays,” but MoA-aware rotation and label-aligned program design—especially in high-pressure pest systems.

Commercial advantages (buyer-facing):

  • Channel acceptance: widely used in distributor portfolios for sap-feeding pest control (label dependent).

  • Formulation options: SP/WP/WDG/EC routes to fit local handling and market habits.

  • Stewardship-ready messaging: Group 4 IRM principles discourage relying on the same group continuously and advise careful use of mixtures/co-formulations within the same group.

Crop Programs and Pest Scenarios

Acetamiprid is typically positioned where sap-feeding pests drive repeated interventions and where distributors need a systemic Group 4A option with clear training language and predictable supply.

Vegetables and Protected Crops

Often selected for recurring pressure from aphids, whiteflies, thrips, and leafhoppers in intensive production systems, where performance consistency and distributor guidance reduce complaint rates.

Fruit and Orchard Programs

Used in approved fruit systems where sap-feeders and related pests impact quality grades and marketability. Buyers typically prioritize label-fit claims, residue compliance workflows, and stable pack planning.

Cotton and Field Crops

Commonly evaluated in cotton and broad-acre programs where early-season sap-feeders affect plant vigor and yield potential, and rotation planning is required under resistance pressure.

Other Approved Crops

Depending on destination approvals, acetamiprid may be positioned in soybeans, cereals, and other crops when systemic activity and Group 4A messaging support a practical distribution program.

Label-First Use & Compliance

We do not publish fixed application rates on the public web page because approvals, restrictions, and label language vary widely by destination country and crop registration scope.

Share your destination market, target crop segment, and key pests. We will provide a label-ready documentation pack (TDS/SDS/COA) and market-aligned statements for your compliance review and product onboarding.

Premix and Combination Projects (Market-Dependent)

In many markets, acetamiprid is commercialized as part of premix projects to broaden spectrum, support rotation logic, or match local channel habits—always under destination label scope.

If you are building a premix line, share your target pests, crop segment, and registration pathway. We can evaluate feasible directions such as:

  • Acetamiprid + a contact partner for broader spectrum (market-dependent)

  • Acetamiprid + a miticide-oriented partner in programs where mites are also a concern (market-dependent)

  • Acetamiprid in rotation frameworks with other MoA groups to reduce selection pressure (label-first)

For more dosage forms, please see: List of Acetamiprid Mixing Formulations

Stewardship and Handling (Label-First)

Acetamiprid stewardship should be managed through destination labels, exposure controls, and correct hazard communication—especially around pollinators and sensitive non-target exposure pathways.

  • Follow destination label restrictions and national regulations for PPE, drift control, and buffer requirements.

  • Pollinator advisory: regulatory sources describe acetamiprid as moderately toxic to bees, and risk is typically managed via label language and exposure reduction during bloom.

  • Special note for sericulture regions: use caution around mulberry production and silkworm-related areas, consistent with local guidance and distributor stewardship.

Environmental Profile (Compliance-Aligned)

Environmental and non-target risk is managed through destination registration, label restrictions, and stewardship—this page does not make “zero impact” claims.

Regulatory reviews generally describe acetamiprid as having a manageable environmental profile compared with many older insecticides, while also noting potential risks to certain non-target organisms depending on use pattern. Your compliance approach should focus on: label-aligned drift control, protection of aquatic habitats, and pollinator exposure management during bloom.

If your destination market requires specific environmental statements or advisory blocks, send your country and use pattern. We can align documentation and label language accordingly.

Safety for Plants and Animals

Acetamiprid products have excelled in safety tests, ensuring that their use minimizes the impact on ecosystems and non-target organisms.

Safety for Bees and Beneficial Organisms

Acetamiprid‘s low toxicity does not cause significant harm to beneficial insects such as bees. This reduces the impact on key pollinators in the ecosystem, ensuring the stability of the agricultural environment.

Safety for Birds

Studies show that Acetamiprid has very low toxicity to birds, meeting global agricultural environmental protection standards and minimizing the negative impacts of agricultural production on ecosystems.

Impact on Water and Soil

During use, Acetamiprid does not pollute water sources or affect the long-term fertility of the soil. It fully complies with sustainable agricultural standards, guaranteeing the long-term ecological stability of farmland environments.

Quality Assurance and Batch Control

Importers and brand owners evaluate suppliers on batch consistency, documentation completeness, and shipment execution—not on generic claims.

Our quality workflow is built around shipment-linked control:

  • Batch COA with traceability for every shipment

  • SDS/MSDS and TDS prepared for importer onboarding and registration workflows

  • Raw material verification and in-process checks to protect formulation stability

  • Optional third-party testing support when required by destination files (project-based)

Private Label Services and Export Packaging

You are not only buying acetamiprid—you are building a sellable SKU with compliant labeling, export packing, and a documentation-ready supply chain.

Packaging for Distribution

We support export channel packs and bulk formats aligned to your logistics plan, such as 20 L, 10 L, 5 L, 1 L (project-based) and bulk shipment formats where applicable. Carton, palletizing, and leakage-risk controls can be aligned to your destination requirements.

Label Language and Compliance Blocks

We support multilingual label layout, compliance blocks, and carton design so your SKU is shelf-ready for distributor channels and audit-ready for import workflows.

Global Market Coverage and Market Fit

Our Acetamiprid products have been widely exported to a number of markets around the world, including Middle East, Russia, Africa, South America, and other regions. Our products are fully compliant with the agricultural standards of each country.

ICAMA Registration

Our products are ICAMA registered and comply with the agricultural regulations of many countries, including China, Russia, and the United States, ensuring legal sales in the global market.

Global Compliance Certification

We strictly adhere to pesticide management regulations in various countries, ensuring that our products meet market access requirements and are legally used by customers around the world.

Commercial Enablement Support

Our support focuses on helping importers and distributors commercialize the SKU with fewer onboarding delays and fewer field complaints.

  • Documentation coordination for importer onboarding and registration teams

  • Distributor enablement materials: MoA positioning language, label-language alignment, and product onboarding checklists

  • Sample and qualification support (project-based)

  • Export packing and shipment execution coordination to reduce delivery risk

FAQ: All About Acetamiprid

Acetamiprid is a systemic neonicotinoid insecticide used to control sucking and chewing pests on crops. It is known for its broad-spectrum efficacy, low toxicity to mammals, and rapid action.

Acetamiprid is used to:

  • Control pests such as aphids, whiteflies, thrips, and leafhoppers.
  • Protect crops like fruits, vegetables, cotton, and ornamental plants.
  • Manage pests in both agricultural and non-agricultural settings.

Acetamiprid works by targeting the nicotinic acetylcholine receptors (nAChRs) in the insect’s central nervous system. This leads to:

  1. Over-stimulation of nerve cells, causing the insect to lose control of its motor functions.
  2. Paralysis and eventual death as the nervous system fails.

This mode of action is effective against a wide range of sucking and chewing pests such as aphids, whiteflies, and thrips. Acetamiprid’s systemic properties allow it to be absorbed and translocated within the plant, providing protection against pests feeding on untreated parts.

The active ingredient in acetamiprid is acetamiprid itself, which is part of the neonicotinoid chemical class.

The CAS number for acetamiprid is 135410-20-7.

Common acetamiprid products include:

  • Soluble powders (SP)
  • Suspension concentrates (SC)
  • Granules (GR)
  • Emulsifiable concentrates (EC)
  • Crops: Used for controlling pests in citrus, cotton, vegetables, and pome fruits.
  • Urban Areas: Effective against bed bugs and cockroaches.
  • Forestry: Manages pest outbreaks in trees and shrubs.
  • Sucking Pests: Aphids, whiteflies, mealybugs.
  • Chewing Pests: Thrips, leafminers, and certain beetles.
  • Bed Bugs: Highly effective for indoor pest control.

Acetamiprid targets the nicotinic acetylcholine receptors (nAChRs) in the insect nervous system, leading to over-stimulation, paralysis, and death.

  • Controls major pests in crops like:
    • Vegetables: Tomatoes, cucumbers, and peppers.
    • Fruits: Apples, oranges, and cherries.
    • Cotton and Cereals.
  • Protects yield by reducing pest damage.

Yes, acetamiprid is effective against bed bugs, making it a common choice in residential and urban pest control.

Acetamiprid has a lower toxicity to bees compared to other neonicotinoids, but caution is still advised during flowering periods.

Yes, acetamiprid is effective against thrips, especially in vegetable and fruit crops.

Yes, acetamiprid is compatible with many insecticides and is often combined with other agents to enhance efficacy and broaden the pest control spectrum. Common combinations include:

  • Acetamiprid + Bifenthrin: Combines systemic (acetamiprid) and contact (bifenthrin) action to control both sucking and chewing pests.
  • Acetamiprid + Abamectin: Targets mites (abamectin) and sucking pests (acetamiprid) effectively.
  • Acetamiprid + Buprofezin: Acetamiprid manages adult pests while buprofezin inhibits nymph development.
  • Acetamiprid + Imidacloprid: Enhances control over aphids, whiteflies, and mealybugs for broader pest management.

When mixing, always perform a jar test to ensure compatibility and follow the product label for safe and effective application.

  • Provides dual action: abamectin targets mites and acetamiprid controls sucking pests.
  • Ideal for crops like tomatoes and cucumbers.
  • Acetamiprid manages adult pests while buprofezin inhibits nymphal development.
  • Effective in controlling whiteflies and planthoppers.
  • Combines systemic (acetamiprid) and contact (bifenthrin) actions.
  • Used for broad-spectrum control of sucking and chewing pests.

Used as a seed treatment to control fungal diseases (triticonazole) and insect pests (acetamiprid) during germination.

  • Both are neonicotinoids but differ slightly in pest spectrum.
  • Combination enhances control of aphids, whiteflies, and mealybugs.
  • Systemic Action: Both are systemic neonicotinoids, effective against sucking pests like aphids and whiteflies.
  • Temperature Sensitivity:
    • Acetamiprid: Performs better in cooler temperatures, maintaining efficacy even in early or late growing seasons.
    • Imidacloprid: More effective in warmer climates, often used in mid-summer applications.
  • Pest Spectrum: Acetamiprid offers broader activity against additional pests like thrips, while Imidacloprid focuses on primary sucking pests.
  • Chemical Class: Both are neonicotinoids with systemic properties.
  • Application:
    • Thiamethoxam: More commonly used as a seed treatment to protect plants during germination and early growth.
    • Acetamiprid: Applied as a foliar spray or soil drench for broader pest control at various growth stages.
  • Pests:
    • Thiamethoxam is highly effective against early-season pests like aphids and wireworms.
    • Acetamiprid offers extended control over a wider pest range, including whiteflies and mealybugs.
  • Systemic vs. Non-Systemic:
    • Acetamiprid: Highly systemic, moving through plant tissues to protect untreated parts.
    • Fipronil: A non-systemic insecticide, acting primarily on contact and ingestion.
  • Primary Use:
    • Fipronil is often used for soil pests, termites, and structural pest control.
    • Acetamiprid is used for managing pests on crops, particularly sucking insects.
  • Environmental Impact:
    • Acetamiprid has a lower residual impact on the environment and non-target organisms compared to Fipronil, which is more toxic to aquatic life.