Flusilazole powder Raw Materials CAS 85509-19-9

CAS:85509-19-9

MF:C16H15F2N3Si

MW:422.81

EINECS:N/A

Specification:99% min Flusilazole powder

Sample:Flusilazole powder

Brand:Ausreson

Appearance: white powder

Storage: Cool Dry Place

Shelf Life: 2 Years

Test Method: HPLC

Uses and synthesis of Flusilazole Liquid

Flusilazole powder is white crystal, Flusilazole CAS 85509-19-9 can be soluble in many organic solvents, solubility>2000g/L; Flusilazole Raw Materials solubility in water is 900mg/L (pH=1.1), 45mg/L (pH=7.8). Stable to light and heat. Stable to light and heat.

Applications of Flusilazole Liquid

Flusilazole can effectively control pear blackstar disease, and also has the function of treating pear redstar disease. 

Flusilazole CAS 85509-19-9 is used for the control of cucumber powdery mildew.
 

Agriculture and Horticulture: As a systemic fungicide, it is widely used for disease control of field crops, fruit trees and cash crops.

Rotation strategy: It is recommended to alternate with other protective fungicides to slow down the development of resistance.

Fruit Tree Diseases

It has special effect on apple blackstar disease, powdery mildew and pear blackstar disease, and it can also control blackstar disease and redstar disease of navel orange, jujube and other crops.

It can also prevent and control grape powdery mildew, hookworms and diseases caused by coccidioidomycetes.

Core prevention and treatment targets

Diseases of Cereals and Oil Crops

Effectively controls leaf rust, stripe rust and glume blight of wheat, as well as leaf spot disease of barley and eye spot disease of cereals.

Controls peanut leaf spot and sugar beet leaf pathogens.

Other crop protection

For efficient control of mycosphaerella in oilseed rape, but not effective against oomycete diseases

Physicochemical Property of Flusilazole

Flusilazole Raw Materials is light brown orange crystal solid, melting point:53℃, vapour pressure is 0.039mPa(25℃) Solubility:water 900mg/L(pH:1.1)water 900mg/L(pH:7.8), in many organic solvents>2kg/L. Stable to sunlight, stable below 310℃.

Production methodprocess of Flusilazole Liquid

Chloromethyl dichloromethylsilane reacts with fluorobenzene and butyl lithium at low temperature to produce bis(4-fluorophenyl)methyl chloromethylsilane, then reacts with sodium 1,2,4-triazole in polar solvent to produce Flusilazole Liquid.。