Agricultural penetrants: efficient aids in agricultural production
In the pursuit of efficient, environmentally friendly and sustainable modern agricultural
production, agricultural penetrants, as an innovative agricultural auxiliary material, are gradually
showing their unique advantages.
1. Improve the utilization rate of pesticides and fertilizers
The core advantage of agricultural penetrants is that they can significantly improve the utilization rate
of pesticides and fertilizers. During the use of traditional pesticides and fertilizers, most
of the active ingredients cannot effectively penetrate into the plant body due to obstacles such as the wax
layer and cuticle on the surface of the plant, resulting in waste of resources and
environmental pollution. Agricultural penetrants reduce surface tension and increase permeability, making it
easier for pesticides and fertilizers to penetrate the barriers on the surface of the
plant and act directly on the inside of the plant cells, thereby improving the prevention and control effect and
fertilization efficiency.
2. Enhance crop stress resistance
The penetrant can not only promote the absorption of pesticides and fertilizers, but also enhance the stress
resistance of crops to a certain extent. By promoting the absorption and utilization
of nutrients by plants, penetrants help improve the overall health of crops and enhance their resistance to adversities
such as pests and diseases, drought, and salinity. This is of great significance for increasing crop yields and
improving the quality of agricultural products.
3. Reduce the loss and pollution of chemical substances
The use of agricultural penetrants can also effectively reduce the loss and environmental pollution of pesticides
and fertilizers. Because penetrants improve the absorption efficiency of
chemical substances and reduce their residues in soil and water bodies, the negative impact on the environment is
reduced. This is of great significance for protecting the ecological
environment and promoting sustainable agricultural development.
4. Save water resources and energy
In agricultural production, the consumption of water resources and energy is an issue that cannot be ignored. Agricultural
penetrants reduce the need for repeated spraying and excessive
fertilization by improving the utilization rate of pesticides and fertilizers, thereby saving precious water resources and energy
consumption. This has a positive effect on alleviating water
shortages and reducing agricultural production costs.
5. Promote the development of precision agriculture
With the continuous development of precision agriculture technology, the application of agricultural penetrants in it is becoming
more and more extensive. By accurately controlling the
dosage and timing of penetrants, the precise delivery of pesticides and fertilizers can be achieved, further improving agricultural
production efficiency and resource utilization. This helps
to promote agriculture to develop in a more intelligent and refined direction.
6. Improving the safety of agricultural products
The use of agricultural penetrants can also help improve the safety of agricultural products. By reducing the amount of pesticide
and fertilizer residues, penetrants can help reduce the
content of harmful substances in agricultural products and improve the quality and safety of agricultural products. This is of great
significance for protecting consumer health and improving
the market competitiveness of agricultural products.
Conclusion
In summary, agricultural penetrants have many advantages in agricultural production. They can not only improve the utilization rate
of pesticides and fertilizers, enhance crop resistance,
reduce chemical loss and pollution, but also save water resources and energy, promote the development of precision agriculture, and
improve the safety of agricultural products. With the
continuous advancement of agricultural technology and the transformation and upgrading of agricultural production methods, the
application prospects of agricultural penetrants will be broader.
