Rice Field Selectivity Weedicide, Herbicide Cyhalofop-Butyl 16%+Bispyribac-Sodium 4% Od

• Customization: Available
• CAS No.: 122008-85-9
• Formula: C20h20fno4
• Model NO.: Herbicide Cyhalofop-butyl 16%+Bispyribac-sodium 4%
• EINECS: 601-817-0
• Appearance: White to Yellow Liquid
• Method of Application: Cauline Leaf Treatment
• Usage: Selective
• Composition: Organic
• Specific Conductivity: The Herbicide Transmitting
• Colour: White to Yellow Liquid
• Active Ingredient: Herbicide Cyhalofop-Butyl 16%+Bispyribac-Sodium 4%
• Target Object: Annual and Perennial Grasses in Broadleaf Crops
• Solubility: Soluble in Water
• Formulations/Purity: Herbicide Cyhalofop-Butyl 16%+Bispyribac-Sodium 4%
• Label: Customized
• Mode of Action: Contact Herbicide with Multiple Actions: Disrupts
• Support for Registration: Yes
• Other Name: Halospyr Prime 200od/Defensso 200 Od
• Transport Package: 100ml, 250ml, 500ml, 1L, 5L, 10L, 20L, 200L
• Specification: Standard Specifications or Customized
• Trademark: AGROWONDERFUL
• Origin: Shanghai, China
• HS Code: 3808939190
• Production Capacity: 10000metric Tons Per Year

Product Description

Product Description 

Cyhalofop-butyl 160 gr/Lt + Bispyribac-sodium 40 gr/Lt OD is used as a rice herbicide. The resistance of rice plants toward propanil has been found in an enzyme aryl-acylamidase that rapidly hydrolyzes the herbicide. This enzyme can be inhibited by carbamate insecticides, and this can lead to an increased propanil phytotoxicity.

 

 

Mode of Action

Cyhalofop-butyl 160 gr/Lt + Bispyribac-sodium 40 gr/Lt OD is selective preemergence and postemergence herbicide used to control many grasses and broad-leaved weeds in potatoes, rice and wheat.

 

 

Use

Cyhalofop-butyl 160 gr/Lt + Bispyribac-sodium 40 gr/Lt OD iswidely used herbicide. Propanil is used mainly to control weed growth in rice fields.

It is belongs to selective preemergence and postemergence herbicide used to control many grasses and broad-leaved weeds in potatoes, rice and wheat.

 

The principle of diluting with water should be based on the characteristics of the two herbicides and the general requirements for weed control in rice fields. Fenoxaprop primarily controls grassy weeds such as barnyardgrass, while cyhalofop-butyl is effective against barnyardgrass, Eclipta prostrata, and others. Using them in combination can broaden the spectrum of weed control and delay resistance.  

Before application, the field water should be drained to fully expose the weeds, enhancing the herbicide's effectiveness. The amount of water for dilution should ensure even coverage of the weeds. Generally, 300-450 kg of water per Lihectare is recommended, but the exact amount should be adjusted according to weed density and field conditions: for high weed density or vigorous growth, the water amount can be increased to 450 kg to improve penetration; for older weeds, sufficient water must be used to thoroughly wet the weeds.  

After application, shallow water (3-5 cm) should be restored within 24-48 hours, maintaining water for 5-7 days to preserve efficacy, but the water layer should not submerge the rice heart to avoid herbicide injury. The rice should not be treated more than once per season to reduce risks. It is recommended to apply the herbicide when weeds are at the 2-3 leaf stage, as they are more susceptible and the herbicide is more effective.

 What agrochemical we mainly produce?

Shanghai Agrowonderful Industrial Co.,Ltd mainly produce Plant Growth Regulators/Rodenticides/Nematicides/Molluscicides.

Plant Growth Regulators
- Function: Used to regulate the growth and development process of plants, including promoting or inhibiting plant growth, flowering, fruiting, and ripening. They can also improve the stress resistance of plants, enabling plants to better adapt to environmental changes, and achieving the goals of increasing crop yield and improving quality.
- Examples: Indole-3-acetic acid, an auxin, can promote the elongation and division of plant cells. 6-Benzylaminopurine, a cytokinin, can promote cell division and expansion and delay plant senescence.

Rodenticides
- Function: Used to control the damage of rodents to crops, food, buildings, etc. Through methods such as stomach toxicity and fumigation, they can cause rodents to die from poisoning, reducing the damage of rodents to agricultural production and human life.
- Examples: Bromadiolon e, an anticoagulant rodenticide, can inhibit the function of vitamin K in rodents after ingestion, leading to coagulation disorders and bleeding to death. Aluminum phosphide, a fumigant rodenticide, decomposes to produce phosphin e gas in rodent holes, poisoning and killing rodents.

Nematicides
- Function: Specifically used to control plant-parasitic nematodes. Through contact toxicity, systemic action, and other methods, they can inhibit or kill nematodes, reducing the damage of nematodes to plant roots and other parts, and ensuring the healthy growth of plants.
- Examples: Abamectin is a sixteen-membered macrolide compound with insecticidal, miticidal, and nematicidal activities. It has a good control effect on many nematodes such as root-knot nematodes. It can interfere with the neurophysiological activities of nematodes, paralyzing and killing them. Fosthiazate can inhibit the synthesis of acetylcholinesterase in nematodes. It has systemic properties and can effectively control nematode diseases of various crops. It has a relatively long residual period in the soil.

Molluscicides
- Function: Used to control mollusks such as snails and slugs. Through stomach toxicity, contact toxicity, and other effects, they can cause mollusks to be poisoned, dehydrated, or stop eating, thereby achieving the goal of controlling their population and reducing the damage to crops.
- Examples: Metaldehyd e is a highly selective molluscicide. When snails, slugs, and other mollusks come into contact with or ingest it, they will be poisoned, secrete a large amount of mucus, and finally die due to dehydration. Carbaryl has stomach and contact toxicity to mollusks. It can interfere with their nervous systems, causing disorders in their physiological functions and death.