Trifluralin is widely used herbicide produced from
dichloromethane. It is majorly used to control annual grasses and broadleaf
annual weeds on variety of crops, shrubs and flowers. Trifluralin is a manmade
herbicide which occurs in yellowish orange solid. It is available in granular
form or emulsifiable concentrate. This herbicide can be applied directly to the
soil to provide control on crops, shrubs, flowers etc. It helps to enhance the
root development by killing mitosis, and thus controlling the weeds before it
grows. Trifluralin is one of the largest used herbicide in the United States
where as this herbicide is banned in the European Union, due to its high
toxicity to aquatic life. During degradation process trifluralin undergoes
extreme transformation process and have negative impact on environment. This
pesticide is extremely toxic in nature and affects to fresh water reservoirs,
marine waters, estuarine fish and aquatic invertebrates including shrimp and
oyster. The pesticide should not be applied directly to the water or to the
areas where surface water is present. It is registered for the control of
annual grasses and broad-leaved weeds in various crops such as cotton,
ornamental plants, and food crops such as cabbage, broccoli, sugar beet, beans,
onions, sugar cane, sunflowers, tomatoes, soybeans, vineyards, and a number of
leafy green vegetables. Compared to other crops cotton, soybean, and ornamental
plants account for a substantial share in the global consumption of
trifluralin.
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Trifluralin
is highly soluble in water and easily forms strong bonds with soil. These
herbicide actively works on wide range of pest such as Mexican fireweed,
pigeongrass, pigweed, red rice, Russian thistle, silver crabgrass, watergrass,
wild oat, wild barley, and woolly cupgrass.etc. Development of the agricultural
sector and increase in demand for herbicides are the major factors that drive
the growth of the tirfluralin market. Trifluralin prevent the growth of
meristem. It penetrates in the roots of developing plants and hampers the cell
growth and division of the plant. Special preventive measure should be followed
while using trifluralin in selective plants to avoid any negative impact on the
growth of that plant. Trifluralin is practically nontoxic to humans and birds
in acute exposures. However, it has a very high toxicity to fish and other
aquatic organisms. These disadvantages are adversely affecting the development
of the global market for trifluralin.
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Based on
crops, trifluralin
market can be segmented into field crops and fruit & vegetable
crops. The field crops include chickpeas, adzuki beans, cowpeas, mung beans,
red kidney beans, pigeon beans, lentils, vetch, cotton, peanuts, linseed etc.
Whereas fruits and vegetable crops include broccoli, cabbage, cauliflowers,
carrots, chicory, green beans etc.
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Based on
geography, the global trifluralin market can be classified into Asia Pacific,
Europe, North America, Latin America, and Middle East & Africa. North
America and Asia Pacific is the major markets for trifluralin, led by the
upturn in growth of agricultural sector. The trifluralin companies in Latin
America is investing more in research and development, which have led to demand
for trifluralin in Latin America market.
Major players
operating in the global tire derived market are Adama Agricultural Solutions
Ltd, Shenzhen Sunrising Industry Co., Ltd., Shandong Qiaochang Chemical Co.,
Ltd., Chongqing Shurong Chemical Co., Ltd., BASF SE, Jiangsu Fengshan Group
Co., Ltd., and Dow Chemical Company and others. These companies hold a
significant share of the market. Thus, the trifluralin market experiences
intense competition.
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