Rice Vegetable Sucking Pest Insecticide Lambda-Cyhalothrin 30g/L + Imidacloprid 20g/L SC OEM Private Label Factory

Lambda-Cyhalothrin 30g/L + Imidacloprid 20g/L SC is a combination insecticide designed to provide both rapid knockdown and systemic protection against susceptible insect pests on registered crops.

The formulation combines two different insecticide groups:

• Lambda-Cyhalothrin 30g/L — pyrethroid insecticide with strong contact and stomach activity
• Imidacloprid 20g/L — systemic neonicotinoid insecticide with strong activity against susceptible sucking pests

This gives the product a dual-action profile:

Fast Knockdown + Systemic Protection + Sucking Pest Control + Chewing Pest Control

IRAC classifies Lambda-Cyhalothrin in Group 3A and Imidacloprid in Group 4A, confirming that the two active ingredients act through different insect nervous-system targets.

Depending on local registration, this combination may be positioned for use on crops such as:

• Rice
• Vegetables
• Cotton
• Maize
• Fruit crops
• Other registered field and horticultural crops

Typical target groups may include susceptible:

• Aphids
• Whiteflies
• Thrips
• Leafhoppers
• Planthoppers
• Caterpillars
• Beetles
• Other sucking and chewing insects

The exact crop list, target pests and treatment directions must always follow the locally approved product label.

The main benefit of this combination is complementary activity.

Lambda-Cyhalothrin provides fast contact action and rapid knockdown.

Imidacloprid provides systemic activity and is especially effective against susceptible sucking pests feeding on treated plants.

The combination can therefore be positioned as:

Contact Action + Stomach Action + Systemic Activity

This makes the formulation useful in registered crop-protection programs where more than one pest type may occur at the same time.

Lambda-Cyhalothrin belongs to the pyrethroid insecticide group.

IRAC classifies it as:

Group 3A — Sodium Channel Modulator

It affects voltage-gated sodium channels in insect nerve cells, disrupting normal nerve transmission.

The process can be summarized as:

1. The insect contacts or ingests treated material.
2. Sodium channel function is disrupted.
3. Nerve activity becomes abnormal.
4. Hyperexcitation and loss of coordination occur.
5. Feeding declines.
6. Paralysis and mortality follow.

This fast neurological action explains the rapid knockdown commonly associated with Lambda-Cyhalothrin.

Imidacloprid belongs to the neonicotinoid insecticide group.

IRAC classifies it as:

Group 4A — Nicotinic Acetylcholine Receptor Competitive Modulator

It acts on nicotinic acetylcholine receptors in the insect nervous system.

After exposure:

1. Imidacloprid reaches susceptible insects through feeding or contact.
2. It interacts with nicotinic acetylcholine receptors.
3. Normal nerve signaling is disrupted.
4. Feeding activity decreases.
5. Coordination is lost.
6. Mortality follows.

Its systemic movement in plants makes it especially valuable against susceptible sucking pests.

One of the main reasons to combine these two active ingredients is to provide two different performance characteristics.

Lambda-Cyhalothrin contributes:

• Rapid contact activity
• Fast knockdown
• Strong activity against exposed pests

Imidacloprid contributes:

• Systemic movement
• Strong activity against sucking pests
• Continued protection of treated plant tissue

This allows the formulation to address both immediately exposed insects and certain pests feeding on treated crop tissues.

Imidacloprid is particularly well known for activity against susceptible sucking insects.

Depending on local registration, common target groups may include:

• Aphids
• Whiteflies
• Leafhoppers
• Planthoppers
• Certain thrips

These pests can reduce crop vigor through direct feeding and, in some cases, may transmit plant pathogens.

Systemic insecticide activity can be useful because sucking pests often feed on protected parts of the plant where contact coverage alone may be incomplete.

Lambda-Cyhalothrin contributes activity against susceptible chewing insects.

Depending on registration, target groups may include:

• Caterpillars
• Armyworms
• Cutworms
• Beetles
• Other exposed chewing pests

Because Lambda-Cyhalothrin acts quickly by contact and ingestion, it can help reduce feeding damage rapidly when susceptible pest populations are present.

SC means:

Suspension Concentrate

In an SC formulation, finely divided active ingredients are suspended in a liquid carrier.

A high-quality SC formulation should provide:

• Good suspension stability
• Uniform active ingredient distribution
• Convenient mixing
• Good pouring characteristics
• Stable storage performance
• Consistent field dilution

For professional buyers, these physical characteristics are important because formulation quality can influence handling and batch consistency.

The product combines IRAC Group 3A and Group 4A insecticides.

Lambda-Cyhalothrin contributes fast contact action against susceptible pests.

Imidacloprid moves within treated plants and helps control susceptible sucking insects.

The combination may cover both sucking and chewing pest groups where locally registered.

The suspension concentrate format supports convenient handling and commercial packaging.

Resistance management is important because both pyrethroids and neonicotinoids have documented resistance issues in multiple pest species.

Lambda-Cyhalothrin belongs to IRAC Group 3A.

Imidacloprid belongs to IRAC Group 4A.

This means:

• Switching from Lambda-Cyhalothrin to another Group 3A pyrethroid is not a true mode-of-action rotation.
• Switching from Imidacloprid to another Group 4A neonicotinoid is also not a true mode-of-action rotation.

A responsible resistance-management program should include:

• Rotating with effective insecticides from different IRAC groups
• Avoiding unnecessary repeated applications
• Monitoring pest populations
• Using treatment only when economically justified
• Integrating biological and cultural control measures
• Preserving beneficial insects where practical

The combination of two modes of action can be useful, but it should not be treated as a substitute for a broader resistance-management strategy.

Field performance depends on more than active ingredient concentration.

Important factors include:

• Pest species
• Pest growth stage
• Population density
• Crop canopy
• Spray coverage
• Temperature
• Rainfall
• Resistance status
• Application timing

Young, exposed pest stages are generally easier to control than large or protected insects.

The exact rate, timing and crop stage must follow the registered label in the destination market.

Pyrethroids such as Lambda-Cyhalothrin can be hazardous to aquatic organisms and beneficial arthropods.

Neonicotinoids such as Imidacloprid may also pose risks to pollinators and other non-target organisms depending on exposure.

Users should therefore follow local label requirements concerning:

• Drift reduction
• Pollinator protection
• Water-body protection
• Buffer zones
• Disposal
• Application timing

Product stewardship is particularly important when using broad-spectrum insecticides.

Importers and distributors should evaluate more than the declared concentration.

Important quality parameters include:

• Lambda-Cyhalothrin content
• Imidacloprid content
• Suspension stability
• Particle-size distribution
• pH
• Pourability
• Storage stability
• Packaging compatibility
• Batch consistency

Recommended documents include:

• COA — Certificate of Analysis
• SDS — Safety Data Sheet
• TDS — Technical Data Sheet
• Product specification
• Registration-support documents

Lambda-Cyhalothrin 30g/L + Imidacloprid 20g/L SC can be supplied for OEM and private-label agricultural markets where registration permits.

Customization may include:

• Customer brand name
• Logo
• Bottle size
• Label language
• Carton design
• Export markings
• Market-specific artwork

Typical customers include:

• Agrochemical importers
• Agricultural distributors
• Crop-protection wholesalers
• Regional pesticide brands
• Private-label agricultural companies

Common commercial package sizes may include:

• 100 mL
• 250 mL
• 500 mL
• 1 L
• 5 L
• Customized packaging

Final packaging should be confirmed according to formulation compatibility, destination-market requirements and order quantity.

Before placing an order, professional buyers should confirm:

• Lambda-Cyhalothrin 30g/L
• Imidacloprid 20g/L
• Formulation: SC
• Approved crops
• Approved target pests
• Label language
• Packaging requirements
• Registration status
• COA and SDS availability
• Shelf life
• Export documentation
• MOQ and delivery terms

Lambda-Cyhalothrin provides rapid contact and stomach action through IRAC Group 3A sodium-channel activity, while Imidacloprid provides systemic Group 4A activity at nicotinic acetylcholine receptors.

It is generally used on registered crops for control of susceptible sucking and chewing insect pests.

Lambda-Cyhalothrin provides rapid knockdown, while Imidacloprid contributes systemic activity and continued control. Actual speed depends on pest species, exposure and resistance status.

Treat when populations are still manageable, ensure good spray coverage and follow locally registered crop-stage and timing directions.

Rotate with effective insecticides from IRAC groups other than 3A and 4A where appropriate, and integrate pest monitoring and IPM practices.

OEM customers can request customized branding, bottle sizes, multilingual labels, cartons and export packaging according to destination-market requirements.

Lambda-Cyhalothrin 30g/L + Imidacloprid 20g/L SC is a dual-action insecticide combining fast pyrethroid knockdown with systemic neonicotinoid protection.

Its core positioning is:

Rice and Vegetable Pest Control + Fast Knockdown + Systemic Activity + Sucking and Chewing Pest Management + OEM Private Label Supply

For professional buyers, the most important purchasing factors are active ingredient consistency, SC formulation stability, registration status, resistance-management positioning, packaging quality and complete technical documentation.