How to control the amount of water in the sprinkler

Users who purchased the sprinkler for the first time always thought that the bigger the sprinkler was, the better the watering was. In fact, this idea is not correct. The greater the sprinkling volume of the sprinkler, the shorter the road surface distance from the sprinkling water will be, resulting in an increase in the number of watering of the sprinkler tanks and an increase in the relative fuel consumption of the round-trip car, which will reduce the economic benefits.

The size of the sprinkler does not have a standard parameter, but it depends on the actual conditions of the sprinkled ground and the weather. When the road surface is extremely dry, the amount of watering should be relatively increased. When the rain is fine and some road sections are still wet, the amount of watering should be relatively reduced. If there is too much dirt or sand on the road surface, it needs to be cleaned by the sanitation sweeper or after the workers have finished cleaning.

Sprinkling too much water will easily cause water accumulation on low-lying road sections. Some of the water will flow down the road into the sewers, resulting in double waste of water resources and economy. When there is too much dirt on the ground, muddy conditions will be easily formed and more ground will be created. The secondary pollution is serious and may even block the sewer. After the ground is dry, it is easier to form a large area of ​​dust and pollution, causing inconvenience to the sweepers of sanitation.

The reason why the amount of water in the sprinkler truck can be controlled more properly is actually due to the professional control method adopted by the operators.


Detergent Raw Materials

In detergents, detergents are mainly surfactants and are mixed with certain adjuvants. The addition of adjuvant not only reduces the cost of finished detergent, but also improves the detergent decontamination ability, improves the appearance of detergent, and makes the detergent more convenient for use. In addition, a small amount of functional auxiliary ingredients (additives) are usually added to improve the comprehensive properties of washing.

Auxiliaries refer to the auxiliary components in synthetic detergents, which are related to decontamination and can increase washing characteristics. Most of the auxiliaries are inorganic, mainly Phosphate, 4A zeolite, silicate and Carbonate. In addition, organic chelating agents also belong to the category of auxiliaries.

Auxiliaries can be divided into inorganic auxiliaries, according to their functions in detergents, they can be divided into mixtures, foaming agents, defoamers, thickening (viscosity) agents, solvents, pearlescent agents, preservatives, bleaching agents, bactericides (disinfectants), antioxidants, softeners, antistatic agents, friction agents, fluorescent brighteners (FWA), solvents, anti-fouling and re-deposition. Agents, enzymes, flavors, pigments, etc.


Disodium EDTA,Tetrapotassium Pyrophsphate,Trisodium Phosphate,Sodium Tripolyphosphate

Jiangsu Kolod Food Ingredients Co., Ltd. , https://www.kolodchem.com