Aerosol

Aerosol insecticide is a product for controlling agricultural pests that has dispersed properties. Aerosols are used to protect against many types of insects, both animal and plant. For these purposes, manufacturers produce not only insecticidal aerosols with pesticides, but also fungicidal and insecticidal preparations in the form of sprays. Treatment of plants using aerosol insecticides is carried out when it is necessary to destroy insects or prevent their reproduction before the fruits ripen. Each type of aerosol, despite its effectiveness, has not only advantages, but also disadvantages. The list of advantages includes: low concentration of poisons, absence of burns and better adhesion to foliage. However, aerosols also have disadvantages: instability and rapid destruction under the influence of ultraviolet rays, a relatively small treatment area, and a limited spectrum of action. Particularly effective are aerosol insecticides designed to combat widespread diseases and insect pests. In this case, the drug is used when there is an urgent need to apply protective measures immediately after treatment. It is important to remember that before you start treating plants with an aerosol insecticide, you need to read the instructions for the product, weigh the pros and cons, and only then proceed with the procedure.

An aerosol is a tiny particle of liquid or gas suspended in the air that can be sprayed and applied to a variety of applications. Aerosol substances are used in industry, medicine, cosmetology and in everyday life. Many people often encounter them, although they don’t even know about it.

Aerosol particles spread in the form of smoke, fog, and clouds spreading low above the surface of the sea. Their sizes range from approximately 0.1 to 10 microns (micrometer). Such particles are positive, negative and neutral. Positive particles have a charge with an excess of elementary charges, negative particles have a deficiency, and neutral particles have no such charges.

The most common aerosols:

- Fatal: smoke, dust, gases, waxes, acid gases. By-products, by-products of industrial activities. They pose a danger to the respiratory system and cause allergic reactions.

No greetings! What is Aerosol?

The first name that immediately comes to mind is **propanol** or some other chemical reagent. Now let's look at how this term works using our example. ***Aerosol*** is a state of matter in which it exists in the form of small particles, for example: smoke over the earth or clouds over the sea. Very often, when a person uses this word, one gets the mistaken idea of ​​​​inventing something new, but in fact, aerosol technology only complements some things from our everyday life. Aerosols are produced by mixing fine liquids in the air by shaking or spraying. They often come in the form of a solution, gel, foam, or cream. Their size varies from microscopic to very large particles - hence the names they are given.

Aerosol - this name of this material comes from the Greek words aera and zyle, from which the word azrosol (from Latin - “dust”) is derived, which is associated with the structure of the substance, which turns into a suspended state. This kind of material is available to people from early childhood; it is a simple pigment that is used for painting.