Product Description:
Autographa californica nuclear polyhedrosis virus (AcNPV) is a microorganism that kills Spodoptera exigua. After spraying on crops and being eaten by pests, the virus particles replicate and multiply in the pest body, and quickly spread to the pests. All parts of the body are drastically engulfed by consuming insect tissues. During the period of "illness", the pests do not eat and move, appearing a sub-lethal effect, and eventually the whole body is killed by water; spraying on the insects, the hatching larvae will also bite the egg shell. Will die due to feeding virus. In addition, virus particles can continue to be transmitted to the next generation or other pests through the body fluids and feces of dead insects like a "plague", so that field pests can be effectively controlled for a long time.
Features:
1. Special insect virus, widely used, can control a variety of lepidopteran pests.
2. Add a high-efficiency spreader, more resistant to rain.
3. Obtain organic certification and no residue.
4. There is no safety period, and the crops can be picked on the same day.
Dosage:
1200~1600mL/ha, spray
FAQ:
Q: What is the brand name of the biological insecticides?
A: The brand name of the biological insecticides is unioasis .
Q: Where are the biological insecticides produced?
A: The biological insecticides are produced in China .
Q: Are the biological insecticides certified as organic?
A: Yes, the biological insecticides are certified as organic with an organic certificate .
Q: What is the minimum order quantity for the biological insecticides?
A: The minimum order quantity for the biological insecticides is 100kg .
Q: Can the packaging details be customized?
A: Yes, the packaging details can be customized according to the customer's requirements.
Q: What is the delivery time for the biological insecticides?
A: The delivery time for the biological insecticides is 30 days.
Q: What are the payment terms for the biological insecticides?
A: The payment terms for the biological insecticides are T/T L/C .
