Sodium oxidanide caustic lye price in 2020

Sodium or sodium is a chemical element in the periodic table that stands for Na. Sodium is a soft waxy reactive metal that belongs to a group of alkaline metals that are abundant in natural compounds (especially salt water and halides). This element is highly reactive and It burns with a yellow flame, oxidizes in air experiments, and reacts strongly with water, so it should always be kept under oil or grease. For more information about sodium oxidanide caustic lye price in 2020, visit our site.

What is sodium hydroxide lye used for?

This material is so soft at room temperature that it can be cut with a knife. Its color is silvery white and reacts in the open air and becomes dark. This element is very reactive and therefore can never be found freely in nature. If we put it in water, it is immersed in water and it decomposes, releasing hydrogen and making hydroxide. It ignites immediately in response to water, but does not ignite in experiments with ordinary air at temperatures below 388 Kelvin. Sodium color changes at high pressure At 1.5 bar pressure Black at 1.9 bar pressure turns into a clear red substance and it is predicted that 3 times pressure is required to become completely clear matter. Another form of sodium at pressure It happens very high.

Sodium, in its metallic form, is essential for the formation of esters and organic compounds. This alkaline element also produces the vital element of table salt (sodium chloride). Other uses include:

Use in some alloys to improve their structure. Use in making soap and combining it with NAK fatty acids. Sodium and potassium alloys are an important heat transfer material.

The need for salt, which is the main source of sodium, has been known for centuries, but in 1316 A.H. This substance was recognized as an essential element. In many countries, the only source of salt is the evaporation of seawater. Sodium is found mostly in the extracellular fluid of the body, the fluid in the blood vessels, and the fluid that surrounds the cells. About 56 grams or 50% of the body’s total sodium is found in these fluids, which make up an important part of the cell environment. Under normal circumstances, the amount of sodium in cells is low, about 10% of the body’s total sodium. The body always pushes it out of the cells, 40% of the rest is found in the skeleton of the body. In children, bone cartilage can act as a storehouse of sodium. Depletion of the body’s sodium reserves is rare and may only be seen in cases where the absorption of a decrease, the need for an increase, and its limitation have continued for a long time.

Various intestinal secretions such as bile and pancreatic juice contain large amounts of this substance. Normally, about 3 to 7 grams of sodium, or 7.5 grams of salt is consumed daily, but this amount may vary from person to person. 2 teaspoons of salt contain 4 grams of this substance and the body can handle more than this amount. Although excessive sodium intake can be poisonous, the large amount that causes poisoning (35 to 40 grams) is extremely disgusting and may not be consumed voluntarily.

A small amount of sodium is absorbed from the stomach, but most of it is absorbed rapidly through the small intestine. The absorbed sodium is carried to the kidneys by the bloodstream, where it is refined and returned to the bloodstream as needed by the body. When the need for it increases, it is stimulated by the action of some hormones to reabsorb it from the kidneys. Conversely, as consumption increases, the secretion of these hormones decreases to reduce sodium retention. The amount in the urine depends on the daily diet, increases when consumption is high and decreases when consumption is low. Some sodium is also stored in the bone as a reserve for when needed. Because the amount of sodium that can be excreted in a certain volume of urine is limited, if the amount of sodium in the diet exceeds the excretion of the kidneys, it will increase in the blood and body fluids and stimulate the thirst center in the brain. The condition leads to more fluid intake and more fluids allow the kidneys to excrete more urine and thus more sodium. As thirst decreases, the amount of this element in the blood also decreases.

Some of the body’s sodium is also lost through urine. Normally these amounts are very small (less than one gram), but sodium lost in hot environments or fever (leading to increased sweating) is significant. The amount of chlorine and sodium lost in the equator in the summer is reported to be about 5 to 6 grams.

If the amount lost from the skin is high, the hormone is secreted again and by stimulating the kidneys, it retains more sodium and minimizes its reduction. For more information about sodium oxidanide caustic lye suppliers, visit our site.

Latest price of sodium oxidanide caustic lye

sodium oxidanide caustic lye uses because the body is naturally able to balance sodium outside and potassium inside the cell. This regulates the water balance between inside and outside the cell.

If the amount inside the cell increases and the cell can not expel it quickly enough, water enters the cell to dilute sodium and bring it to its normal concentration, leading to swelling or edema. For more information about Latest price of sodium oxidanide caustic lye, visit our site.