In the technological evolution of modern agriculture, drones have become indispensable allies in the precise and efficient application of pesticides.
The use of drones not only saves time, but also resources, to ensure that the inputs reach the desired targets in a controlled manner.
However, behind the simplicity of the application, there is a crucial process that requires meticulous attention: mixing the mixture.
In this blogpost, we will explore the importance of mastering the art of spraying mixture and the essential precautions that must be observed before starting any spraying operation with drones.
From the concentration of chemicals to the mixing order and spray tests, each step plays a crucial role in the success of your spraying.
Use of appropriate PPE
The use of Personal Protective Equipment (PPE) when preparing a drone spray is extremely important for several reasons:
- Reducing health risks: PPE such as gloves, goggles, breathing masks and clothing that prevents direct contact with products that can cause irritation to the skin, eyes and respiratory tract.
- Compliance with regulations: many regulations require the use of PPE during agricultural activities to protect workers' health and comply with occupational safety laws.
Be careful how you mix the syrup
The order of mixing in the preparation of the drone spray mixture must be done with great care and attention, as it guarantees..:
- Mixing efficiency: the correct order in which ingredients such as water, pesticides and adjuvants are added guarantees a watery mixture. This is essential to ensure that all the components of the mixture are well diluted, avoiding the formation of agglomerates or separation of the composition.
- Effect on chemical stability: some chemicals can react in an undesirable way when mixed with each other in a certain order. This can result in the mixture losing its effectiveness.
- Maximizing efficiency: some chemicals may require a specific mixing order to work effectively. Therefore, follow the order recommended by the manufacturer.
In short, following the mixing order recommended by the manufacturers of pesticides and adjuvants is fundamental to guaranteeing the effectiveness of the mixture, the safety of the operator and the preservation of the resources used in the process.
Do the bottle test
Testing the mixture before putting it in the drone's tank and starting spraying is essential for several reasons:
- Identification of mixing problems: the test helps to identify mixing problems, such as agglomeration of chemicals or substance separation, which can affect uniform distribution.
- Detection of impurities: the test can reveal the presence of impurities, suspended solids or a mixture that is too thick and can clog the nozzles or fail to pass through the drone's filter.
- Saving resources: by identifying problems before application, you avoid wasting inputs and resources, saving time and money.
Carrying out a spray test before concentrating with the drone is a critical step in guaranteeing the effectiveness of the application, the safety of the environment and the integrity of the equipment. This helps avoid problems during the consumption process and maximize the desired results.
Get to know XMixer
In order to make life easier for those working in the field, XMobots has developed the XMixer, a syrup mixer that is practical to transport and easy to use.
This is 100% national equipment, made with resistant parts for preparing the syrup, triple-washing the packaging, refueling the drone and washing the utensils.
Read our blogpost about every detail of the equipment: https://xmobots.com.br/xmixer-conheca-o-misturador-de-calda-produzido-pela-xmobots/
See also: https://xmobots.com.br/xmixer/.