Mineral Uses Barite Powder in the UK

Mineral Uses Barite Powder in the UK

Barite powder
Barite is a natural compound of Barium sulfate to the BaSO4 formula, also known as Heavy Spar, which is a sulfate group. The name Barit is from the Greek word barys, meaning heavy, due to its special gravity and above it. Its crystallization system is orthogonal. Barite is found in nature in the form of veins, layers and remains.
Barite is one of the commonest streaks in the veins and usually appears along with quartz and calcite. It is also found in limestone and sandstone, and in some of them the amount is high, but in any case it is rare as the primary mineral of rocks. The important attribute of barite is that it is very heavy in comparison to other non-metallic materials.

This mineral is an industrial mineral and it is used in many industries. But because of its heavy beryllium load, its transportation to a large extent is not cost-effective either by truck or by train, and because of its large dispersion, it is usually extracted from geological conditions under the conditions of the environment.

Mineral Uses Barite Powder in the UK

Barite crystals are usually translucent to translucent and cloudy, and their color is white to pale, sometimes a tendency to be yellow, clear, gray, pale blue, red or brown, and rarely dark brown. The glaze has a glass of mildew and sometimes pomelo and pomelo. The color of the dust is white that is sometimes rubbed by rubbing it.
Pure barite consists of 65.7% BaO and 34.3% sulfur SO3 oxide and is rarely found purely in nature.
Barite has a phosphorescence and fluorescence effect, and its crystalline structure is broken down and hardly melted by the flame. Its intense heating makes the color of fluorescence appear bright orange to orange (a sign of the presence of hematite or sulfide minerals), purple red (a sign of the presence of strontium), and greenish yellowish (indicating the presence of alkaline elements)
On coal, Perl creates a certain Perle, but with the continuation of the heat, hematitic masses are formed extensively on coal.

Barite is usually white to light gray, but may also be seen in blue, brown or black. Barite is a dark OPEC mineral and has a pebble to a glass. Typical examples are seen as orthorhombic crystals pulled, but barite is commercially available in granular form, crystalline masses, or chalks.

The specific gravity of this mineral is high and is about 4.3 to 4.6. This characteristic of barite helps to identify it. Barite hardness has a considerable variation and varies from 2.5 to 3.5, which usually produces different barite areas of varying degrees of difficulty.

Barite powder BaSo4 is presented as heavy powder with a specific gravity of 4.5, 2.5-5.5, 2.5 to 2.5, white to grainy with glass lid, full circular in the direction {001}, odorless and insoluble in water and organic solvents, due to No solubility in water has a toxic effect, while barium sulfide is highly toxic due to the solubility and release of barium ions in water.

Big sales gilsonait minerals from Iran

Big sales gilsonait minerals from Iran

What is gilsonite?

Gilsonite, called the bitumen and bitumen, is the bitter remains of crude oil transported to the surface of the earth, millions of years ago, which is formed in the form of bitumen and formed near the Earth’s surface and is currently extracted. To be Gilsonite is a natural resinous hydrocarbon. This material is very similar to hardened petroleum asphalt, commonly known as natural asphalt. Other names such as asphalte, unitate and asphaltene are also commonplace for this material.
Available gilsonite is in the category of solid bitumen known as asphalt. These deposits are different from other asphalts due to the following characteristics:
High levels of asphaltenes
High solubility in organic solvents
High purity and compatibility
High nitrogen levels
gilsonite is available in varying degrees and is classified according to its degree of softness. The degree of softness is used as an approximate guide to solvent solvent solvents. The chemical difference between the gilsonite grades is negligible and there are only minor differences in molecular weight and asphaltene / resin content.
Gilsonite FOB Bandar Abbas jumbo bag Packing TT paymentDegree of purity and quality
The gilsonite is found in rough, flat and vertical streaks in a range of 100 kilometers long and 50 kilometers wide. That is arose from a geological event millions of years ago, at which time a pseudo-oil reserve was created to cover and close the great cracks of the earth’s surface, which became hard over time and transformed into resinous rock that is being extracted today. That is extracted manually in a ground shaft using pneumatic hammer. That is classified by its temperature, then dried, and measured according to the customer’s specifications. Then passing through the quality control arrangements, it exports to more than 80 countries.
gilsonite Packaging Types
photo_2016-07-11_14-07-44
Package of Jumbo Bag One Ton and 650kg
Packing in bags of 25, 50 kg
Packing to customer’s request, Strapping, Pilates, Stream-shelling. Gilsonite is available as a Lumps with different mesh (5-15-15-25-25) and in the form of micronized powder with a mesh size of 30-200.

Mining Plus is a leading producer in the coal industry

Mining Plus is a leading producer in the coal industry

What is coal? What is the origin of coal? How is oil and natural gas from coal produced?

A non-crystalline, combustible solid that changes from brown to light to black. The gloss is dark, the density is from 1 to 1.8, the hardness is 0.5 to 2.5, crunchy, the rugged surface to the shellfish. The coal is classified according to the degree and physical properties of their constituents. The coal is mainly made of carbon, oxygen, and hydrogen, which goes down to the high quality (anthracite), oxygen and hydrogen content. The existence of organic construction in charcoal and a series of well-known charcoal that begins with wood and ends in anthracite will not leave any doubt about the origin of the coal. Coal is a result of the biological changes caused by the increase in pressure and temperature rise on plants from very early days. Carbon in coal is condensed in various organic compounds, including carboxylic acids, and aromatic compounds with unpleasant rings (which in addition to carbon include hydrogen, oxygen, nitrogen, and sulfur).

Mining Plus is a leading producer in the coal industry

History

More than two thousand years ago, coal was used in China, Greece and Italy as a fuel. Of course, mining began in the tenth century in Germany.

The origin of coal

Today, it is clear that coal has a plant origin and has been formed over long chemical, biological, and geological processes in the past, and has become a valuable resource that mankind uses today. All of the coal has not been created in one way, but due to the different geologic periods and their different conditions, the type of changes in the production of coal has also varied. Hence, today there are several types of coal in mines.

Coal formation processes

Plant material consists essentially of three major elements of carbon, hydrogen, and oxygen, as well as a small amount of mineral and nitrogenous materials. The major part of plants is cellulose, the formula C6H10O5, which is converted into coal by various biochemical and geochemical processes.

Coal and oil formation

Coal comes from the remains of trees, shrubs and other living plants. The appearance of these plants took place in periods where the weather was mild and damp. A reciprocal rotation in the creation workshop may well capture what is called the energy crisis. The whole thing started in billions of years ago with the process of solar energy conversion to the ATV. Chlorophylls and other plant pigments use energy from the sun to convert carbon dioxide, water and minerals into oxygen and energy-enriched organic compounds, and provide food for small and large organisms, including humans. This process also increases the amount of organic mineral deposits, such as coal hydrocarbons, petroleum and natural gas.

Natural gas

Processes of forming coal types

Coal comes from the remains of trees, shrubs and other living plants. The appearance of these plants took place in periods where the weather was mild and damp. Although some of the coal mines 400 million years ago and during the Silurian human silhouette, the silvery man appeared in the third period of the first geology. The characteristic of this period is the emergence of drought plants. But most of these reserves are about 250 million years ago and in the upper and lower periods of the Carboniferous, carboniferous or carbonaceous periods, part of the time, which dates back to the end of the first geological period, beginning at about 345 million years ago ) Came into being.

Then, conditions for the growth of enormous tropical ferns and giant flowerless trees were provided in large swamps. These plants dropped into the marshes after drying and disappearing into the marshes, resulting in accelerated aerobic fission due to the release of oxygen. Vegetation became a slime-like substance called Peat. Pits were tight depending on the degree of corruption, some brown and sponge and some black. The sea advanced on such meetings and the mineral deposits sank to them. Pitt became dry and hard under pressure. And turned into coal pit (lignite or lignite, also known as brown coal).

The greater pressure and time of the time was the production of pitch coal, which every 6 meters thickened the initial settling of plants to 0.3 m of coal. Even the higher pressures caused by the crust of the earth formed a massive boom, the hardest and most profitable coal, the anthracite. The quality of coal is determined by the ratio of the amount of carbon stabilized to the moisture content and the volatile matter and the material that is converted into gas by heat.

The origin of oil and natural gas

With all the extensive efforts and time spent on exploration and exploitation of natural gas and oil, humans are still unaware of the source of these materials.

Some facts accepted in this case include:

Oil and gas were formed from compounds with biological (biological) pressures. Most porphyrin-containing oils contain a mixture of hydrocarbon compounds, either derived from chlorophylls or hemins of the red blood cell. Lipid (fats and waxes) creatures have provided a great source for the formation of oil and gas. It is possible that, in the current situation, oil-like hydrocarbons can be found in young marine sediments.

Mining Plus is the best producer of drilling barite powder in the Middle East

Mining Plus is the best producer of drilling barite powder in the Middle East

Barite Powder

This mineral is used in various industries. Due to the abundance of barite reserves in most parts of the world and its specific characteristics, this ore has found great application in various industries. Barite is mainly used as filler for drilling mud, rubber, fine paper, cabling, plasticisation, manufacturing and processing of rubber, painting, ceramic manufacturing, transparent glass manufacturing, Chinese manufacturing, cosmetics, white ink and lacquer, The construction of insulating clothes, brake pads, automobile piles, vacuum tubes, fireworks, explosives, alloys, radiation protection, fluorescent lamps, nuclear reactors, pharmaceuticals, and medicine are found.

Drilling fluid:
Quartz mineral barite is fairly soft, inert and completely inexpensive with a specific gravity of more than 4 g / cm 3 which can be used in drilling mud used in deep wells by rotating method to contain 40% of the constituent material. This user accounts for 95% of the consumption of barite. Barite is a vital mineral in the oil and gas drilling industry. According to the 1980s, about 90 percent of the world’s barite is consumed in drilling mud because barite due to its high specific gravity, ease of use during work, chemical neutrality, softness and suitability in terms of price, drilling mud Is used. The amount of consumed barite per km of drilling is reported to be 429 tons. This mineral is used to cool and lubricate drill bits, inner cover of wells, transferring materials from drilling into the ground and control abnormal pressures inside oil and gas wells. Tangibly increases the weight of the flower and causes the pebbles to float.

Mining Plus is the best producer of drilling barite powder in the Middle East
The highest consumption of barite is higher than 80% in drilling mud. High specific gravity, medium hardness, low chemicality, chemical neutrality, ease of transport, are among the factors that cause barite to be used as drilling mud. Barite accounts for about 40% of drilling mud. This flower is a mixture of water, clay and barite, which will vary according to the local conditions of the reservoir and the proportion of the ingredients forming the drilling mud. The specific weight of this flower should be 2.7. There are two main types of mud flush drilling mud, which are: water-based fluids (WWF) and oil-based fluids (OBM C).
In addition, there are two types of methane fluids from several compounds (SSMs) that have been reported in some cases. The choice of each of these fluids depends on the geological structure in the wellhead, the pressure of the organization, the low temperature of the pit and the depth of the well. Generally, the flower is pumped down from the bottom of the drill to the bottom of the well and poured into the bottom of the well to the bottom of the well and climbs through the space between the pipe and the well wall.

largest selling white barite powder use oil drilling

largest selling white barite powder use oil drilling

What is barite?

Formula: BaSO4
Color: Rhinestone, white
Specific gravity: 4.5, 4.4, 4.3, 4.2, 4.1
System: Arthropod

This mineral crystallizes with the chemical formula BaSO4 and in the orthorhombic system. Another name for Heavy spar is white to light gray. It is a mineral opal with glassy gloss to shellfish, with a hardness of 2.5 to 3.5. Stranim and lead barium are substitutes.
Indicator Feature:
The minerals are high in density (in contrast to non-metallic minerals) with a specific gravity of 3.4 to 6.4.
Genesis:
This cane is relatively abundant. It is usually found in the form of waste mined in hydrothermal streaks along with silver ore deposits of copper, cobalt manganese and antimony. In calcareous streaks, it is accompanied by calcite. There are sandstones along with copper ores, and sometimes it is also found in sandstone cement.

largest selling white barite powder use oil drilling

usage:
The highest percentage of produced barite is used as drilling mud for drilling wells. This mud prevents the exhaust of gases during drilling and also causes the drill to cool down and helps to extract drilling from inside the well.
Source of Barium-Ready Chemicals:
In the form of crumbled and as coating and coating in the rubber. Chopped barite is used as a cement covering of underwater pipes in the transportation of oil and gas. In the digestive radiology, the patient is also given a barium sulfate.
The reason for naming it:
The Greek word is taken to mean heavy.

Sale Iranian bitumen (gilsonite) bulk jumbo bag

Sale Iranian bitumen (gilsonite) bulk jumbo bag

Gilsonite (Bitumen)

Some types of bitumen in nature, due to the gradual conversion of crude oil and evaporation of its volatile matter, have come about over many years. Such bitumen is called bitumen and its durability is more than oil tar. Such asphalon may be purely in nature (lake bitumen), such as Lake Behbahan, Iran, and the Thirinidad Lake of America, or extracted from mines (mineral tar). The bitumen is also called Uintaite.
One of the ways to determine the quality of bitumen is analysis. Bituminous analysis shows the quality, durability and application of bitumen in various industries.
In the bitumen analysis, several items including: lump color – powder color – softness point – moisture – permeability – ash – mesh – solubility – carbon content … are determined and measured. The ultimate goal, Mining Plus, is to produce standard and high quality products to satisfy domestic and export customers. Undoubtedly, in the value chain for each industrial product, the role of raw materials in the final quality and the creation of a highly competitive environment is evaluated and by having the proper and quality raw materials, the final consumers of the products will have higher satisfaction. Fortunately, our country is one of the countries that have mines of this bitumen and its range starts from Yazd, which gradually becomes weedy and in the provinces of Kermanshah and Ilam (especially in the Gilan-e-Gharb), it is greatly appreciated and gradually from Kurdistan to Iraqi Kurdistan And finally its streams end in the Turkish Kurdistan. Measuring and analyzing some of the important items on smithery is as follows.
Bituminous ash shows bitumen impurities and other important parameters in bituminous quality, but unfortunately, the less experienced buyer after the price inquiry, the reason for this difference in prices is that their response is very simple: the difference in other parameters of bitumen such as: Density, carbon, etc., which are important in determining the quality of Gilsonite. Certainly, these are also involved in determining their price, and in no way should these parameters be considered unimportant.
But the bitumen in the mines has almost a characteristic and the amount of gray mixed with it will make it high and low. For example, some ash is less than 5 percent bitumen, one of the best natural bitumen, and it reaches below ten, fifteen, twenty, thirty, and even below fifty percent, the better the ash mixed, the lower the bitumen quality. More important is separation, which is a hard stage and usually lowers the quality and price of bitumen.

The most important characteristics or properties of natural bitumen that can be used in different fields include:

Softening Point
Bitumen softness is the rate of bituminous resistance. As bituminous softening point is higher, bitumen has a higher temperature resistance and better application in tropical regions. The lower the bitumen smelting point, the bitumen has a lower temperature resistance, and in temperate and Cooler has more application.

 

Penetration
Degree of penetration, bitumen sensitivity to temperature changes and thus the relative hardness of bitumen is measured. Bitumen with a higher degree of penetration, soft soils, are used in cold regions, and the lower the penetration, bitumen is more intense in tropical regions.
Bitumen is suitable for bitumen that has good abstraction with oil bitumen and after mixing with oil bitumen it is possible to obtain a product that conforms to the standards of road bitumen. Previous experience has shown that such a bitumen should have a low melting point, high solubility in CS2 and low mineral inert ash.

Sale Iranian bitumen (gilsonite) bulk jumbo bag
Color: Black
Mesh: 200 to 50
Ash: 25% to 5%
Moisture Content: >% 2.5
Carbon, Hydrogen, Nitrogen, Sulfur and Bitumen Oxygen

Carbon and hydrogen:
The measurements of carbon and hydrogen levels of gilsonite are performed on very small samples, and therefore, an adequate test is required. The sample is completely burned in oxygen at 800 degrees Celsius. The combustion products pass through the warm copper oxide and convert all the remaining carbon and hydrogen into CO2 and H2O, respectively.

Nitrogen:
The amount of nitrogen in the bitumen is measured by the famous Kjeldahl method.

Sulfur:
Sulfur has various forms in bitumen. To measure total sulfur in bitumen, dissolve a bitter bitumen with a mixture of a portion of sodium carbonate-free water and two parts of dilute magnesium oxide and heat it.
To determine the amount of sulfur in the sulfur, which is in the form of sulfate, it dissolves the chloride acid and precipitates in the form of barium sulfate and weighs the resulting precipitate. The amount of organic sulfur will be obtained from the difference in total weight of sulfur and sulfur minerals.

Oxygen:
The amount of oxygen in the bitumen can not be measured directly by any reliable method. To determine the amount of this element, first all the components in the bitumen are carefully measured according to the above methods, and their total difference of 100 equals to the bitumen oxygen content.

Exclusive sale of natural gilsonite with excellent price

Exclusive sale of natural gilsonite with excellent price

What is Gilsonite (false or fake)?

Gilsonite, Smithy, or Utopian, Uintaite, or Asphaltum is an asphaltene rock found in the United States and the Kermanshah province of Iran. This product has many uses in the fields of oil and gas, ink, paint, construction, asphalt, and casting. This product is a kind of solid hydrocarbon bitumen that is naturally formed. Although the product is also found in other parts of the world, its production is largely in Kermanshah, Iran.
Gilsonite or Uintaite is a natural hydrocarbon resin with many properties that has shown remarkable efficiencies in many applications in various industries such as oil and gas, ink, paint, construction, asphalt, and casting.
This mineral is distinct in more than 160 products, from dyes and inkjet printers, or mud sludge (drilling fluid), drilling wells and drilling rigs, modified asphalt, sand casting additive, and a range of chemical products Is used.
This natural asphalt can be compared with heavy oil asphalt and often known as natural asphalt, asphaltene, initiator asphaltenes. Gilsonite is soluble in aromatic, aliphatic and petroleum asphalt solutions. Thanks to its exceptional adaptability, Gilsonite is often used to tone down softer oil products. Gilsonite appears to be a shiny, black, and mineral-like substance called obsidian (volcanic rock). This product is fragile and can easily be converted into dark brown powder. As an additive for asphalt cement or hot mix asphalt, as well as gilsonite for the production of stable asphalt mixtures.

Exclusive sale of natural gilsonite with excellent price

Gilsonite

Gilsonite is an undisputed champion
Natural gilsonite is safe and non-toxic. This product is a resin stone made from a combination of multiple hydrocarbons. This distinctive natural composition is rich in nitrogen and beta-carotene, and as an efficient, versatile, and cost effective atrophy, it has many applications in various industries.
Gilsonite has a lot of health benefits compared to artificial products:
– Non-toxic (unlike coal and fly ash)
– Non-carcinogenic
– Non-genetic mutation
– No strict safety measures are required to work with Gilsonite.
– Compliant with Mexico’s EPA standard for deep water drilling operations

Degree of purity and quality

The gilsonite is found in rough, flat and vertical streaks in a range of 100 kilometers long and 50 kilometers wide. Gilsonite arose from a geological event millions of years ago, at which time a pseudo-oil reserve was created to cover and close the great cracks of the earth’s surface, which became hard over time and made to the resin that is being extracted today. . Gilsonite is extracted manually in a ground shaft using pneumatic hammer. Gilsonite is classified by its temperature, then dried, and measured according to the customer’s specifications. Then passing through the quality control arrangements, it exports to more than 80 countries.

Use Sodium bentonite in drilling fluid

 

Use Sodium bentonite in drilling fluid

Bentonite

One of the most important uses of bentonite in Iran and abroad is in the drilling industry, so that the most exports of bentonite to this particular type are bentonite. The standard bentonite drill produced in Iran is divided into two types. Bentonite for drilling with the standard Ekma And with the API standard.

The type of bentonite used in oil and gas drilling is sodium bentonite type. By releasing bentonite in water, the relatively large sodium bentonite shells are converted to colloidal particles and release the electrical energy stored in the crystalline network, and about 15 to about They swell 30 times the size of the initial volume. This property is used in drilling to disperse heavy materials and cut off drilling, thus creating bentonite on the wall of the well and preventing the migration of oil and gas, making the wall stable and lubricating the drill. Bentonite also absorbs organic and inorganic materials from a mixture of water and helps to absorb and increase the viscosity of drilling debris.
Bentonite forms 5 to 5% by weight of water borne flowers, although in other types of oil drilling, such as oil or artificial ones, it is also found to be more popular, in some cases 1-2% or completely with polymers Will be replaced.
This technique has been used in these industries about 70 years ago, its standard feature of deterioration and high levels of seams, as well as spraying, are the most important reasons for using bentonite in these industries.

Use Sodium bentonite in drilling fluid

Sodium bentonite in drilling fluid

Bentonite in the drilling industry is undeniable in the combination of drilling fluid. The unique features of this rock have led the clay men to use bentonite as a multi-purpose additive in their drilling fluid building. One of the most important uses of bentonite is to cool and slip drill and drill legs, to clean drill and drill wells, to transfer crumbles to the ground, to control grapes, etc. All of these actions are performed by properties such as slippery, viscosity, weight, gel resistance And the ability to fabricate (Filtrate control) that creates the stone in the drilling fluid. Based on the type of cation in clay minerals, sodium bentonite and calcium bentonite are one of the most important types of bentonite. Sodium bentonite (Bentonite type Wyoming) is the most suitable type of bentonite in aquatic mud due to its high water absorption capacity, high inflammation and high gel properties.

Best Dolomite for use in the glass industry

Best Dolomite for use in the glass industry

Dolomite

The mineral substance of the dolomite with the chemical formula CaMg (CO3) 2 is completely free from the three directions. Most dolomites are found in gray-gray and grayish-gray colors, but some are also found in other colors such as white, yellow, green, and black. This mineral has a specific gravity of 6.2 g / cm3, a hardness of 45.3 and a glass or pearly glass. The dominant components of dolomite are mainly magnesium oxide (MgO) and lime (CaO), but other elements such as iron oxides, sodium and potassium oxides can also be found in their building. This mineral contains 30.4% (CaO), 92.21%, (MgO) and 47.7% (CO2). Dolomite is found in the form of massive layers of several decades thick. They make up about 15% of the Earth’s crust and are found in large quantities in all parts of the world and are known as a common component of sedimentary rocks. Dolomite containing stones are known as dolomite dolomite or limestone dolomite. Carbonate minerals include calcite, aragonite, dolomite. Perhaps there are no other minerals, which have the use of limestone and dolomite. Due to its physical properties, carbonate rocks form the basis of the building industry’s basic structure and have been used since the beginning of human civilization, and at present the use of these rocks is increasing. Carbonate rocks contain 50% of the world’s oil and gas reservoirs and 95% of Iran’s oil and gas tanks. Carbonate deposits are composed of calcite (low or premanisin) or aragonite, and some dolomite, pyrite and quartz.

Calcite:
Low magnesium calcite contains less than 4% MgCO3 and more than 4% MgCO3 moles (19-11% mol%).

Aragonite:
Aragonite has a small amount of magnesium, and instead of strontium can be substituted. In terms of the stability of low calcite, magnesium is more stable than calcite perimysium and calcite permazinitis is more stable than aragonite.

Dolomite uses: Dolomite as refractory, Construction industry, Magnesium extraction, Melting aid, Purifier

Best Dolomite for use in the glass industry

Best Dolomite for use in the glass industry

 

Introduction to the glass industry

Conventional glasses used in everyday life are mainly silica, calcium carbonate (or lime) and sodium carbonate and coke (sometimes also feldspar and dolomite). Usually, these substances are used as powder or granules of 0.2 to 2 cm in diameter. Of course, crystalline silica (quartz) is used to make crystal clear glasses. In ordinary glasses, there are about ½ percent alumina and 0.08 percent iron oxide III.

Mining Plus is the first manufacturer of the best types of silica in Iran

Mining Plus is the first manufacturer of the best types of silica in Iran

Silica (Silicon dioxide)

A kind of non-metallic minerals is rigid to white, rust-to-dark with a chemical formula of SiO2, and is the most abundant oxide in the earth’s crust.
Pseudo-metallic silica, solid, pale yellow to white, odorless and non-soluble in water. Silica has a high melting point and hardness. There are several crystalline silicates, most commonly quartz. The quartz welding point is 2230 ° C (4046 ° F) and its melting point is 1710 ° C (3110 ° F). The quartz gravity is 2/56.

Silica, in a crystalline form, is gray in color and has metal gloss. It is a relatively neutral element, but it reacts with halogens and alkaline materials, and most acids, with the exception of the combination of nitrite acid and hydroelectric acid, do not affect it. Elemental silica transmits more than 95% of the wavelengths of ultraviolet radiation.

Mining Plus is the first manufacturer of the best types of silica in Iran

Applications and Applications of Silica:

Glass, porcelain, ferrosilite production, ceramics, production of limestone sandstone, casting, sodium production, production of other silica materials, as a semiconductor in the electronics industry and production of silicate glass wool, in glazing, ceramic, casting and Refractory, in paints, plastics, rubber, putty and glue of steel, electrode, sandblast, glass and cement, painting, water purification industry, in controlling the abrasion of water pipes and formulation of glaze and enamel, types of liquid solutions in soap making , Industrial and general cleaners, adhesives, coatings, coatings and paints, casting molds, ore flotation, peroxide stabilization and control In water pipes and …

First class silica grade: In glazing, glaze, chemical industry, silica friable, glass wool
Second degree silica application: In sand casting, sandblasting sand, filtration and refractories
Application of grade three silica: In brick and lime sand, cement and lightweight cement factories …