Dhanuka Weedmar 80 2, 4-D Sodium Salt Technical 80% WP Herbicide, Effective Control Weed In Multiple Crops
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Descriptions

Dhanuka Weedmar 80 is a highly effective and selective systemic herbicide containing 2, 4-D Sodium Salt Technical 80% WP. It controls a wide variety of annual and perennial broadleaf weeds in field crops such as maize, wheat, sugarcane, rice, and potatoes. Weedmar 80 works by disrupting cell division in weed tissues, leading to abnormal growth and eventual death. It is safe for crops when used as recommended and is cost-effective for both crop and non-crop areas.

Technical Content:

• 2,4-D Sodium Salt Technical 80% WP

Mode of Entry:

• Systemic in action

Mode of Action:

It appears to work by causing uncontrolled cell division in vascular tissue. Abnormal increases in cell wall plasticity, biosynthesis of proteins, and production of ethylene occur in plant tissues following exposure, and these processes are responsible for uncontrolled cell division. The ester forms of 2, 4-D penetrate foliage, whereas plant roots absorb the salt forms. 2, 4-D appears to be similar in action to other auxin-type herbicides. . It is absorbed by the leaves and roots and translocated into the weed plants, thereby preventing normal weed growth and development.

Features & Benefits:

• Systemic and selective herbicide

• Broad-spectrum weed control

• Controls both annual and perennial weeds

• Effective on both crops and non-crop areas

• Compatible with other crop protection chemicals

• Reduces crop competition from weeds

• Increases yield potential by improving crop health

• Cost-effective solution for large-scale weed management

• No adverse effects on crops when used at correct dosage

Recommended dosages:

Descriptions

Dhanuka Weedmar 80 is a highly effective and selective systemic herbicide containing 2, 4-D Sodium Salt Technical 80% WP. It controls a wide variety of annual and perennial broadleaf weeds in field crops such as maize, wheat, sugarcane, rice, and potatoes. Weedmar 80 works by disrupting cell division in weed tissues, leading to abnormal growth and eventual death. It is safe for crops when used as recommended and is cost-effective for both crop and non-crop areas.