Cold Mitreh, a water-soluble solution with a high dissolution rate, is introduced as a powerful scale remover and an innovative product of Abrizan Company. Cold Mitreh was developed in response to the industry's need for an alternative solution to descalers. Descalers are scale removers based on hydrochloric acid and are highly dangerous, toxic, and corrosive.

Despite the widespread industrial use of hydrazine, few documented studies have been conducted on its harmful effects in humans. Humans may be exposed to hydrazine in a variety of ways, including occupational exposure, ingestion of hydrazine-containing medications, cigarette smoking, or accidental exposure. Hydrazine is absorbed through the skin, lungs, and gastrointestinal tract and is rapidly distributed throughout the body. Acute human poisoning has been reported to include vomiting, multiple respiratory tract lesions, central nervous system, liver, and kidney damage.

Failure to pay attention to corrosion problems in any industrial and manufacturing unit results in hidden costs that are impossible to avoid. Economic considerations are essential in each of the corrosion control methods. Of course, there is no need to choose the most expensive corrosion control methods, because the costs incurred may not be economically justified and waste capital.

Mitreh is a superior solution for dealing with scale in various industries. Mitreh scale removal solution, a revolutionary product from Abrizan Industrial Research Company, is an efficient alternative to traditional scale removal methods. This product offers a comprehensive solution to the scale problem in various industries by overcoming the limitations of existing physical and chemical methods.

The impact of plastic pipes on water quality in household plumbing and water distribution systems causes leakage of metals such as lead into drinking water. Lead, as the most widespread heavy and toxic element in the environment, is naturally present in river water at a level of 1 to 10 micrograms per liter. Lead compounds enter water sources as a result of mining, battery manufacturing, fossil fuel, paint, and glass and enamel industries.