Cost-effective 0.01billion/mlAcNPV 2000IU/mLBt Biological Vegetable Pests Pesticide Manufacturer

Target Pest: Spodoptera Exigua, Spodoptera Litura, American White Moth etc vegetable pests

Crops: Cruciferous Vegetables

Active ingredient: Autographa californica nuclear polyhedrosis virus(AcNPV) + Bacillus thuringiensis, BTK WP

Purity: 10 million PIB/mL AcNPV + 2000IU/mL Bt

Formulation: Suspension concentrate(SC)

Net weight: 200ml/bottle or customized

After insects feed the pesticide, Bacillus thuringiensis first acts on insect midgut cells, reducing the insect's immune system, making it easier for insects to get infected with the AcNPV. The AcNPV then enters the body and carries out bulk copy and reproduction, rapidly spreading to each part of pest's body. The pests will lose the ability to harm crops. Eventually, the body will be infected and lead to death. The AcNPV keeps infecting healthy pests and next generation through the body fluids and feces of the dead insects, creating a domino effect that controls pests long-term.

• Obtain organic certification and without pesticide residue
• Pests has no resistance for virus, long time effective
• Continuous use three to four times can effectively control the initial population number of cabbage worm, diamondback moth

1. Slightly toxic: With pure biological materials of agricultural production and pure natural ingredients, biopesticide is harmless to crops, ensuring food safety from the source.
2. Efficient and long-lasting: Virus spreads in the insect populations, creating a domino effect after infection, making the aftereffect very remarkable.
3. Non-resistance: Can be long-term used. It is the best choice for dealing with high resistant insects.
4. Eco-friendly: Targets only the host range. Our virus biopesticide kills pests without affecting natural enemies, protecting the natural ecosystem.
5. Environmental compatibility: Low pollution, low power consumption, low carbon emissions in production, no residual and environment friendly.
6. Cost-effective: Long-term effectiveness decreases pesticide application frequency and reduces both pesticide and labor costs.