Thiamethoxam + Fosthiazate Nematicide | Long-term contol on soil nematode and undergroung pest

Thiamethoxam + Fosthiazate Nematicide | Long-term contol on soil nematode and undergroung pest

Model NO.: Nemava

Product Description

OVERVIEW

The slow release granule techonology gives Nemava long-term contol on soil nematode and undergroung pest. Give crops a safe and healthy soil environment.

FEATURES

High effective agent helps stable quality. Anti-degradable agent inhibits the decomposition of fosthiazate, ensuring stable quality within period of validity.
Special slow release technology brings long-term effect to protect roots from being hurt.
In seedling stage, it can nourish seedlings and improve its growth, ensuring the healthy growth of seedlings.
It can kill not only nematodes, but also underground pests. Fosthiazate is highly effective to kill root-knot nematode, cyst nematode and root rot nematode, etc. Fosthiazate together with thiamethoxam could prevent crops from sucking mouthparts pests on leaf at early stage and underground pests such as grub, mole cricket, cutworm, wireworm, etc. All-round and better protection for roots of crops.

ACTIVE INGREDIENT

Thiamethoxam 2%
Fosthiazate 10%

FORMULATION

GR (granules)

WHO Classification

Ⅲ

MAIN CROPS	TARGETS	APPLICATION
All Crops	Root-knot nematode, cyst nematode, root rot nematode, sucking mouthparts pests on leaf at early stage and underground pests such as grub, mole cricket, cutworm, wireworm, etc.	During land preparation, spread all over field or cover soil after hole application with 25-30kg/ha of the product.

Mode of Action

Thiamethoxam:
Thiamethoxam is a second generation chloronicotinyl insecticide with high effect and low toxicity. It has stomach poisoning, contact action and systemic action to pests. Spread it on leaf surface or irrigate roots with it for application. It can be absorbed quickly and then spread throughout the plant. Good effect against sucking mouthparts pests.

Fosthiazate:
Fosthiazate is an organophosphorus nematicide to inhibit acetylcholinesterase synthesis in root-knot nematodes, effective against a variety of root-knot nematodes and aphids. It has contact action and systemic action to pests. Low toxicity.