When the mineral barite is exposed to oxygen in the air for an extended period of time, a color change known as cleavage forms. At the surface of the mineral, oxidation takes place, which results in the formation of an oxide layer. The mineral's appearance changes as a result of the formation of this oxide layer, going from transparent and blue-gray to dark brownish black. This change in hue takes place gradually, over the course of years or even decades. Depending on how the barite powder cleavage colors were generated, there are two distinct sorts of barite blue cleavage colors. In order for the mineral to acquire a lighter-colored cleavage, it must first be broken up into smaller pieces and then put in a solution. On the other hand, the mineral will produce a cleavage of a deeper hue if it is first crushed into a fine powder and then permitted to sit on its own.
The rate of oxidation in each of these two situations is what causes the difference between them. When the mineral is ground down into finer particles, there is a greater capacity for oxygen to occupy the available space. As a consequence of this, there is quicker oxidation, which results in the production of a greater number of free radicals, which in turn causes the mineral to become a paler version of gray. On the other hand, when the mineral is ground up into a fine powder, there is less area for oxygen atoms to attach themselves to the mineral's surface layers. This decreases the likelihood of oxygen attachment. As a consequence of this, oxygen needs more time to oxidize the minerals, which in turn causes the oxidation process to proceed at a more leisurely pace and results in a grayer color.
Where is barite found
Barite may be found in a variety of locations around the globe, and its significance has been acknowledged not only in the field of geology but also in the fields of agriculture and health. It is possible to find it in the crust of the earth, in salt water, and even in meteorites. Barium is recognized to be beneficial in the treatment of cancer, in addition to its uses in agriculture. The mineral barite and bentonite powder may be found not only on the seafloor but also quite a way below the surface of the earth. Barium is a heavier element than strontium and is often used in the production of glass goods. As a direct consequence of this, it is not often mined.
On the other hand, it may be found in its natural state in deposits located all over the globe, such as in Canada, Iran, Russia, China, Mexico, Brazil, Peru, Germany, Sweden, Australia, and India. Barium is a kind of mineral that accounts for about 2 percent of the crust of the planet. The mineral barite, which is a kind of calcite, is the most common form of barium and is often found in association with deposits of limestone. In addition to its usage as fertilizer, it is also used in some medicinal treatments owing to the sedative impact that it has on both the nerves and the muscles.
Barite streak
The barite streak test is an outdated method that was formerly used to assist in the identification of mineral deposits found within a water system. If barium sulfate is present, it may be seen using a microscope to have a reddish-brown color. It is not beneficial for determining which minerals are lacking from your soil and growth medium since it cannot test for trace elements. A naturally occurring mineral known as barite, also known as barium sulfate, may be found in a variety of locations all over the globe. It’s one of the minerals that may be found in the greatest quantities on our planet! The majority of people are familiar with barite due to its use as an additive in paint; however, what they don't realize is that it also has various applications in the horticulture business. To begin with, it has excellent properties for the retention of water. It encourages the growth of roots and boosts aeration in soils when it is mixed in with them. In addition to that, it helps to prevent erosion. 
This mineral is just what you need in your potting mix if you're seeking anything that will aid your potting mix to retain moisture and provide structure at the same time. The color of the barite streaks on your water pipes is influenced by the quality of the water. Sand that becomes adhered to glass surfaces by the action of salt water produces a pattern known as barite. If your water originates from the ocean and includes saltwater, barite and feldspar may accumulate on the inside surface of your pipes over time. It is possible to have streaks that range from white to a brownish-gray color depending on the amount of time that has passed since you last flushed the pipes. 
Barite drilling mud
The usage of barite in making drilling mud is interesting. To improve the viscosity of drilling fluid that are based on water, barite is often added to the fluid. As a consequence of this, barite is useful to drillers in that it assists them in controlling the flow rate of the wellbore. Halliburton, Baker Hughes, and Weatherford are just three of the many businesses that use barite in the drilling mud they use. Barite is a mineral that may be found in its natural state and is generated deep inside the earth. A natural substance known as drilling mud is produced whenever barite is extracted from the surface of the ground by drilling. Because it contains many of the essential elements that are required for cannabis crops, such as calcium, iron, zinc, magnesium, phosphorous, silicon, sulfur, sodium, potassium, copper, and manganese, this kind of liquid is ideal for use in the cannabis industry. This is because it contains all of these elements. 
Vitamins, enzymes, hormones, neurotransmitters, and DNA all include vital components that are made up of these elements. Barite is a kind of mineral that is often extracted from deposits of salt water. Barium and oxygen make up the vast majority of their make-up. The mineral barite is rich in a variety of minerals and elements, including magnesium, iron, aluminum, potassium, sodium, manganese, copper, silica, and carbon dioxide. It is a typical drilling fluid that is used in oil wells, geothermal wells, and other types of wells. Clay particles become more soluble with the addition of barite, which also has the effect of making fluids more viscous. Because of its one-of-a-kind physical feature, it is mostly used to avoid clogging pipelines and pumps. It may also help treat rheumatoid arthritis, asthma, psoriasis, bronchitis, cysts, and tumors. 
Barite density
In comparison to barium carbonate (BaCO3), barite has a lower specific gravity(density) and a higher degree of solubility. Compounds with a higher density are less likely to dissolve in water, and plants have a more difficult time absorbing them. Therefore, if it is not soluble, it will not have any impact at all on the plant like pineapple plant since it cannot be absorbed by the plant. It seems that it makes no difference how much you try to break them down since they won't have any impact regardless of how often you do it. In addition to this, they are incapable of penetrating the roots of the plant. The only way that any of them might have an effect on your plant is if you sprayed them directly onto the leaves, and even then, only if you got them to penetrate the leaf structure to a sufficient depth. 
Therefore, there is literally nothing further that I can add to this discussion. Take a look at barite if you are interested in finding out what the densest insoluble fertilizer is. Barium is regarded to be a heavy metal rather than a fundamental nutrient since it is not essential for life. However, it does play an important part in maintaining the plant's physical structure and contributing to the healthy operation of a number of the plant's internal organs. Barium, along with a large number of other components, contributes to the process of keeping the pH balance of the body stable. A low pH number signals that there is a need for greater acidity in the body, while a high pH value helps prevent harmful bacteria and fungus from hurting the body. In addition to assisting in the creation of bones, barium also plays a role in the generation of hormones. Barium may either be found in its pure form or in a state in which it has been combined with strontium. 
Barite mineral group
Barite is a member of a group of minerals including:
- Barium
Barium is an alkaline earth metal that's present in barite (barium sulfate), clay minerals, and many other rocks and calishe soil .The presence of barite in the soil can lead to a variety of environmental problems including acid mine drainage and eutrophication.
- Strontium
Strontium is a silvery-white metallic element. It's only slightly radioactive, similar to radon gas. Strontium exists naturally in small amounts in our environment; however, it's often considered a contaminant because it can pose a risk to human health.
- Calcium
Calcined limestone is known as chalk or flint, and is an important raw material in the manufacture of cement. Chalk is composed of calcium carbonate, silicon dioxide, and aluminum oxide. Calcium is often added to drinking water supplies and is also used in toothpaste and gels.
- Lithium
Lithium is a soft, silver-gray, lustrous element that occurs naturally in various types of igneous rocks. Lithium is not mined for commercial purposes, but it is extracted from brine deposits. A number of lithium compounds have been investigated as potential treatments for psychiatric disorders.
- Sodium
Sodium is a highly reactive, metallic element that occurs in nature as sodium chloride (common table salt). Sodium has a relatively low melting point and high boiling temperature. Sodium is the second-most abundant natural element after chlorine, making up 1/3 of the Earth's crust.
- Beryllium
Beryllium is a grayish-white, brittle, hard, nonmagnetic metallic element that was first isolated in 1879 after being discovered in beryl, a gemstone. It is produced synthetically in bulk quantities for use in industries where its unique physical properties make it useful. Beryllium compounds are used in nuclear reactors and electrical transformers. 
Barite hardness
Barite has a significant hardness. It is the hardest mineral out of the 8 principal elements (silica, silicon dioxide, sodium carbonate, potassium carbonate, calcium oxide, magnesium oxide, aluminum oxide, and silicate) that make up the Earth's crust. Barium Oxide is the hardest substance known to man after diamond. Barite and feldspar powder are highly valued in the glass industry due to its high refractive index, hardness, and excellent thermal conductivity. In addition, barite is useful for the manufacture of abrasives, drilling muds, and chemical reagents. To determine the hardness of a mineral, scientists measure the force required to scratch or break off a very thin layer of the surface. When measuring different minerals against each other, the easiest way to compare their relative hardness is through a scale called the Mohs Scale of Mineral Hardness. 
This scale ranges from 1 to 10, where 10 represents a harder material than 9, 8, etc. One of the hardest mineral compounds on Earth. Barite is the hardest naturally occurring substance. Barite is almost always associated with limestone (calcium carbonate). One way of determining the hardness of rocks is to determine how much force is necessary to break them. A harder rock requires greater force to break than a softer rock. Barite has been used in the past for industrial purposes. Today, however, barite is mainly mined for its use as a component in glass manufacturing. Barite occurs in massive bodies called masses and nodules. These masses range from about 4 to 50 miles thick.