Agrochemicals help increase crop productivity. These chemicals can be fertilizers, herbicides, fungicides, insecticides, nematicides, liming or acidifying agents, pesticides, soil conditioners, and animal husbandry chemicals. Agricultural chemicals help improve the nutrients in the field and crops. They improve crop growth by killing damaging insects, and thus, are implemented in all forms of farming sectors. Agrochemicals help minimize loss by protecting crops, increase in productivity and maintain the quality of the produce. This is turn also save other costs such as labor and fuel and helps lower the prices of agricultural commodities. Farmers use them to reduce the incidence of crop damage or crop failure.
However, excessive use of agrochemicals can lead to the contamination of groundwater with nitrate, a chemical compound that in large concentrations is poisonous to humans and animals. These residues cause nutrient imbalance and quality-reduction of agricultural produce. These chemicals can contaminate soil, water, turf, and other vegetation. In addition to killing insects or weeds, they can be toxic to a host of other organisms including birds, fish, beneficial insects, and non-target plants. Chemical fertilizer overuse can also reduce the content of organic matter, stunting plant growth, humus content, altering the pH of the soil, beneficial species, and even leading to the release of greenhouse gases.
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On the other hand, agrochemicals, such as herbicides control weeds so that crops can flourish without unwanted plants competing for vital nutrients, water, space, and sunlight, fungicides protect plants from disease-causing organisms that can destroy fields of crops, and insecticides control insects that could damage crops by eating them or infecting them with diseases. These chemicals are implemented in all forms of farming sectors such as horticulture, commercial planting, crop shifting, poultry, dairy farming, etc. Agrochemicals are used for the management of ecosystems in agricultural sectors. They are widely used to obtain good yields from crops by protecting crops from insects and disease.
Liquid formulation with Zinc 39.5% SCBENEFITS:+ Requires very low dosage with better zinc nutrition.+ Nanoparticles supports rapid absorption.+ It can be used mixed tank with agrochemicals.+ Promotes nitrogen metabolism and produces protein and starch.+ Boosts chloroplast & enzyme production.
SPECIFICATIONS: Zinc (Zn)39.5%Arsenic(As).001%Lead (Pb).003%Cadmium (Cd).001%Specific Gravity1.70 % Min DOSAGE & APPLICATION: Cereals: 1.0 – 1.5 ml/l water 30-35 days after sowing and repeat at 4-0-45 days after sowing.
Water rate: 160 – 200 litres per acre.Citrus: Spray 1 – 1.5 ml/litre water firstly after bahaar treatment stage and secondly at fruit setting stage.
Water rate: 200 -400 litres per acreCotton: 0.3 to 1 l/ha 3 to 4 weeks after emergence.
Repeat as required with 10 to 14 days between treatments.
Water rate: 160 -200L/haRice: 1.0 – 1.5 ml/litre water at 30 – 35 DAT and repeat at 45 – 50 DAT.
The global Allantoin Market is anticipated to grow at a CAGR of over 6 % from 2016 to 2024 on account of the growing demands from various industries such as cosmetics, oral hygiene etc.
Moreover, rising scope of applications of allantoin in the pharmaceutical products, such as eye drops and skin care creams, is also expected to drive the market growth during the forecast period.
The global market is categorized as applications and regions.The applications sector of the allantoin market includes cosmetics, pharmaceutical, and oral hygiene.
The global market for allantoin was dominated by cosmetics sector in 2015.
Plus, rapid urbanization along with the growing disposable income levels is also said to spur the sector growth during the estimated years.
The pharma sector is also expected to have huge gains at over 6 % from 2016 to 2024.
