Chlorantraniliprole 200 g/l SC

Active Ingredient: Chlorantraniliprole
Classification: Insecticide
Formulations: 18.5% SC, 200 g/L SC, 250 g/L SC, 0.4 GR (granular), WDG (water-dispersible granules)
CAS Number: 500008-45-7
Mode of Action: Targets ryanodine receptors in insect muscle cells, disrupting calcium ion release → muscle paralysis and death. Systemic and translaminar activity provides long-lasting protection.

Target Crops

Cereals: Rice, maize, corn
Cash Crops: Cotton, sugarcane
Horticulture: Vegetables, fruits, cruciferous crops (e.g., kale, cauliflower)
Turf & Ornamentals: Lawns, golf courses, parks

Target Pests

Lepidoptera: Caterpillars, borers (rice stem borer, corn borer), armyworms, cotton bollworm
Coleoptera: Grubs, beetles
Other: Thrips, bean pod borer, leaf rollers

Application Protocols

Dosage & Methods

Crop	Target Pests	Formulation	Dosage	Application Method	Timing
Rice	Stem borers, leaf rollers	18.5% SC	10–15 ml/mu	Foliar spray, soil drench	Early larval stage
Vegetables	Caterpillars, thrips	200 g/L SC	100–150 ml/Ha	Even foliar coverage	Egg hatching peak
Corn	Corn borers, armyworms	0.4 GR	10–15 ml/mu	Soil treatment (granules)	Pre-planting or early growth
Cotton	Bollworms	18.5% SC	105–210 ml/Ha	Foliar spray	Active infestation
Sugarcane	Cane borers	200 g/L SC	220–300 ml/Ha	Foliar spray	Mid-season pest pressure

Mixing & Application Tips

Mother Liquid Preparation:
- Mix required Chlorantraniliprole with half the water in a clean container → stir → add to sprayer → fill with remaining water.
Frequency: Apply every 7–14 days based on infestation severity; maximum 3 applications per season.
Environmental Precautions: Avoid spraying in windy conditions or within 1 hour of rain to prevent drift/runoff.

Product Features

Dual-Action Efficacy:
- Systemic: Absorbed by plant tissues, protecting new growth.
- Residual: Long-lasting activity (up to 21 days) reduces reapplication needs.
Selective Toxicity: Low impact on beneficial insects (bees, ladybugs) and non-target organisms (earthworms, mammals).
Formulation Versatility:
- SC (Suspension Concentrate): For foliar and soil applications.
- GR (Granular): Targets soil-dwelling pests (grubs) in turf and crops.
- WDG/Nanosuspensions: Enhanced dispersibility and bioavailability.
Resistance Management: Unique mode of action (ryanodine receptor inhibition) ideal for rotation with other insecticide classes.

Safety & Environmental Notes

Toxicity: Low mammalian toxicity; classified as environmentally friendly.
Protective Gear: Wear gloves, goggles, and long sleeves during handling.
Storage: Cool, dry, ventilated area; keep away from food, water sources, and children.
Disposal: Follow local regulations; do not contaminate water bodies.

Technical Specifications

Attribute	Details
Target Pathogen Types	Chewing pests (lepidopterans, coleopterans)
Systemic Activity	Yes (translaminar and vascular translocation)
Residual Period	14–21 days
Compatibility	Avoid mixing with strongly alkaline substances
Shelf Life	2–3 years under proper storage

Advantages for Growers

Broad-Spectrum Control: Effective against over 50 pest species across multiple crop types.
IPM-Friendly: Low toxicity to pollinators supports integrated pest management strategies.
Cost-Effective: Fewer applications reduce labor and input costs.
Crop Safety: No reported phytotoxicity when used at recommended rates.

FAQ Summary

What pests does Chlorantraniliprole target?
- Primarily lepidopteran larvae (caterpillars, borers) and soil grubs; also effective against thrips and beetles.
Is it safe for bees?
- Yes, when applied during non-flowering stages; minimal direct toxicity to pollinators.
How does it compare to Imidacloprid?
- Chlorantraniliprole targets chewing pests, while Imidacloprid is for sucking pests (aphids, whiteflies).
Can it be used in turf management?
- Yes, granular formulations (0.4 GR) control grubs in lawns and golf courses.
What is its environmental impact?
- Low risk to earthworms and aquatic organisms; suitable for sustainable farming.

Formulation Comparisons

Formulation	Concentration	Key Use Case	Application Method	Crop/Stage
18.5% SC	Liquid suspension	Foliar protection against caterpillars	Spray	Vegetables, rice
200 g/L SC	High-concentration liquid	Systemic control of borers	Drench/soil treatment	Corn, sugarcane
0.4 GR	Granular	Soil pest control (grubs)	Broadcast/incorporation	Turf, pre-planting crops

Comprehensive FAQ Guide to Chlorantraniliprole

1. What is Chlorantraniliprole?

Chlorantraniliprole is a broad-spectrum insecticide belonging to the anthranilic diamide class, designed to control chewing pests (e.g., caterpillars, borers, grubs) by disrupting muscle function in insects. It is widely used in agriculture, turf management, and horticulture.

2. What is the CAS Number of Chlorantraniliprole?

The CAS Number for Chlorantraniliprole is 500008-45-7.

3. How does Chlorantraniliprole work (Mode of Action)?

It targets ryanodine receptors in insect muscle cells, disrupting calcium ion release and causing irreversible muscle paralysis and death.
Exhibits systemic and translaminar activity, providing long-lasting protection through plant tissue absorption.

4. Is Chlorantraniliprole systemic or contact?

Chlorantraniliprole is both systemic (absorbed into plant tissues) and translaminar (moves within leaf layers), offering protection to treated and untreated plant parts.

5. What crops and pests is Chlorantraniliprole suitable for?

Crops: Rice, maize, cotton, sugarcane, vegetables, fruits, turfgrass.
Pests: Lepidopteran larvae (armyworms, borers, caterpillars), coleopteran grubs, thrips, and bean pod borers.

6. What are the common formulations of Chlorantraniliprole?

Suspension Concentrate (SC): 18.5% SC, 200 g/L SC, 250 g/L SC (foliar/soil applications).
Granular (GR): 0.4 GR (soil pest control in turf and crops).
Water-Dispersible Granules (WDG) and Nanosuspensions (enhanced dispersibility).

7. How should Chlorantraniliprole be applied?

Foliar Spray: Apply 10–15 ml/mu (rice) or 100–150 ml/Ha (vegetables) at early larval stages or egg hatching peaks.
Soil Treatment: Use granular formulations (0.4 GR) for grubs, applied at 10–15 ml/mu for corn or turf.
Mixing: Prepare a mother solution by diluting in water before adding to the sprayer.

8. What is the recommended application frequency?

Apply every 7–14 days based on pest pressure, with a maximum of 3 applications per season to avoid resistance.

9. Is Chlorantraniliprole safe for the environment?

Low toxicity to mammals, earthworms, and pollinators (when used as directed).
Avoid spraying near water sources or in windy conditions to prevent drift.

10. How does Chlorantraniliprole compare to Bifenthrin/Imidacloprid?

Comparison	Chlorantraniliprole	Bifenthrin	Imidacloprid
Mode of Action	Disrupts calcium release in muscles	Disrupts sodium channels in nerves	Blocks nicotinic receptors in pests
Target Pests	Chewing pests (caterpillars, grubs)	Broad-spectrum (ants, spiders)	Sucking pests (aphids, whiteflies)
Residual Effect	Long-lasting (14–21 days)	Fast-acting, shorter residual	Systemic, medium residual

11. Can Chlorantraniliprole be mixed with other insecticides?

Yes, common combinations include:

Chlorantraniliprole + Lambda-Cyhalothrin: Enhances control of chewing/sucking pests (fast knockdown + long residual).
Chlorantraniliprole + Thiamethoxam: Systemic action for comprehensive crop protection.
Avoid mixing with strongly alkaline substances.

12. Does Chlorantraniliprole harm beneficial insects?

No, it is highly selective and has minimal impact on beneficial insects like bees, ladybugs, and earthworms when used at recommended rates.

13. What is the shelf life of Chlorantraniliprole?

2–3 years when stored in a cool, dry, and ventilated area away from direct sunlight and moisture.

14. How to handle accidental exposure?

For skin/eye contact: Rinse thoroughly with water.
If ingested: Seek medical attention immediately; do not induce vomiting.
Keep out of reach of children and animals.

15. Can Chlorantraniliprole be used in organic farming?

It depends on local organic certification standards. Always check with regulatory bodies, as it is synthetic and may not be permitted in strict organic systems.