Micronized mineral materials
Definition of mineral micronized materials
Mineral micronized materials refer to mineral particles with very small sizes or micronized. In the micronization process, the ore or stone in question is micronized to very small sizes using various techniques such as grinding, crushing, super industrial grinding, and fluidic grinding.
These micronized mineral materials have various properties and applications due to their very small particle size. Micronized particles have a high surface area and more surface activity, which can have a significant effect on their physical, chemical and behavioral properties. These micronized materials are usually used as coloring agents, fillers, lubricants, separators, absorbents, and absorbents in various industries.
Among the well-known mineral micronized materials are talc, limonite, silica, kaolin and bentonite. These mineral micronized materials are used as additives in the cosmetic, pharmaceutical, clothing, packaging and other industries and facilitate the improvement of product performance and quality.
Properties and characteristics of mineral micronized materials
Mineral micronized materials, with small size and very fine particles, have unique properties and characteristics that have made them very interesting materials in various industries. Here are some of these features:
1. Size of micronized particles: One of the characteristic features of mineral micronized materials is their very small particle size. These particles are usually in the micronized size range (between 1 and 100 µm). This small size of particles increases their level of danger and surface activity.
2. High level and surface activity: due to the small size of micronized particles, the level of risk and surface activity of the material increases. This feature makes micronises useful for applications such as coloring agents, absorption and absorbents, and lubricants in various industries.
3. Ability to absorb and absorb water: Micronized mineral materials usually have a high ability to absorb and absorb water. This feature leads to compounds such as pulping, proper coating and increased stability in products.
4. Stability and durability: Micronized mineral materials are excellent in terms of stability and durability. Small micronized particles create stronger interactions between mineral particles, resulting in high strength and resistance to breaking and deformation.
5. Physical and chemical properties: Micronized mineral materials have special physical and chemical properties. These properties include antibacterial, anti-inflammatory, hydrating, softening, anti-scratch and oxidation prevention properties.
6. Diverse applications: due to their unique properties and characteristics, micronized mineral materials have wide applications in various industries. These applications include cosmetics, pharmaceuticals, clothing, packaging, paints and dyeing, paper and cellulose, and other industries.
According to the mentioned properties and characteristics, micronized mineral materials are very important and are used to improve the performance and quality of products in various industries.
Micronized particle size
The size of micronized particles is one of the prominent and important characteristics of this type of minerals. In the process of micronization, mineral particles are divided into very small sizes to the extent of micronization. These particles are micronized in size, usually between 1 and 100 micrometers.
The small size of micronized mineral particles, as a key feature, creates many changes in the properties and applications of these materials. By reducing the size of particles, their level of danger and surface activity increases. In other words, the surface-to-volume ratio of micronized particles is much higher than that of larger particles. This feature is of great importance in many industries that use micronized mineral materials. For example, in dyeing and dyes industries, the high surface area and surface activity of micronized particles can lead to better and more uniform coloring. In the cosmetics industry, the high level of micronized particles can improve the coverage and color transfer to the skin. Also, in the pharmaceutical industry, the high level of micronized particles can provide more absorption and absorption of the drug.
Therefore, the size of micronized mineral particles is very important and according to the needs of different industries, this size can be adjusted and adjusted. Due to the many advantages of the small size of micronized particles, the use of this type of material in various industries is updated and developed.
High level and superficial activity
High surface area and surface activity is one of the prominent characteristics of micronized mineral materials. By dividing mineral particles into very small sizes to the point of micronization, the level of communication of materials with the surrounding environment increases significantly. As a result, the amount of interaction and contact of the micronized material with other surfaces is much higher. This feature is very important in many industries that use mineral micronized materials. For example, in dyeing and dyes industries, the high surface area and surface activity of micronized particles can lead to better and more uniform coloring. By increasing the interaction level of micronized particles with colors and other color components, the amount of surface coloring becomes more and more homogeneous.
In the cosmetic industry, the high level and surface activity of micronized particles can improve the coverage and color transfer to the skin. By increasing the contact of micronized particles with the skin, the active ingredients in them are more effectively absorbed into the skin and the performance of cosmetic products is improved.
Also, in the pharmaceutical industry, the high surface area and surface activity of micronized particles can provide more absorption and absorption of the drug. By increasing the interaction of micronized particles with medicinal substances, the amount of drug absorption in the body increases and its therapeutic effectiveness improves.
In general, the high level and surface activity of micronized mineral materials are very important and improve the performance and efficiency of products in various industries.
Ability to absorb and absorb water of micronized mineral materials
The ability to absorb and absorb water is one of the important characteristics of micronized mineral materials and powder lime products. This feature has caused these materials to be used in various industries, including cosmetic, pharmaceutical, food, soil improvement and agriculture industries.
The ability to absorb and absorb water of micronized mineral materials as a hydration feature, provides the possibility of adding moisture and conditioning to products. These materials have the ability to absorb water and in contact with water, absorb water and stabilize it proportionally. This feature makes it possible to improve the moisture of the skin in cosmetic products and also meet the water needs of the eyes and hair.
In addition, the ability to absorb and absorb water of micronized mineral materials can be used in the pharmaceutical industry. This feature can improve the absorption of drugs and increase their effectiveness. Also, in the food industry, mineral micronized materials with the ability to absorb and absorb water can be used in the production of food with optimal moisture and moisture control of products. In the soil improvement and agricultural industries, mineral micronized materials have the ability to absorb and retain water. This feature can help maintain soil moisture and facilitate the improvement of plant performance and growth.
Therefore, the ability to absorb and absorb water of micronized mineral materials and powdered lime products has various applications in many industries and improves the properties of the products.
پایداری، دوام و مقاومت مواد میکرونیزه
Stability and durability of micronized materials and lime products of Delijan powder are important aspects that are influential in various industries. These characteristics are determined based on the physical and chemical characteristics of micronized materials and the production processes of Ahakan Powder Delijan.
One of the important characteristics of the stability of micronized materials is their resistance to environmental changes. These materials have the ability to resist changes in temperature, humidity, oxidation and interaction with other chemicals. For example, in the dyeing and dye industries, the stability of micronized materials against sunlight, heat and coloration has been improved. This feature means the durability of the color and its stability over time. Durability of micronized materials and powdered lime products also refers to their resistance to pressure and corrosion. These materials can withstand mechanical stresses such as impact and pressure and prevent deformation or failure. Also, micronization of minerals can improve their internal structure and increase their resistance to corrosion and erosion. This feature means the durability and longevity of the products. Due to the stability and durability of micronized materials and powder lime products, these materials are used in various industries. For example, they are used in the dyeing industry, tiles and ceramics, protective coatings, cosmetics and health products, building materials and anti-corrosion coatings, skin and health products manufacturers, etc.
By using the technology of micronizing minerals and producing stable and durable products, Ahkan Pouder Delijan, as a leading company in the mineral micronization industry, offers products that have been able to satisfy its customers with high stability and durability.
Application of micronized mineral materials
Micronized mineral materials and lime products of Delijan powder have wide applications in various industries. Below are some of the uses of these materials:
1. Dyeing and paints industries: Micronized mineral materials are used as pigments in the production of paints and colored coatings. These materials produce high-quality and stable colors due to accurate granulation and uniform distribution of particles.
2. Tile and ceramic industries: Micronized mineral materials are used in the production of ceramic tiles to improve the physical and appearance properties of the products. These materials can act as coloring, hydrating and reinforcing agents in the production process of ceramic tiles.
3. Cosmetic industry: mineral micronized materials are used in the production of cosmetic products such as skin powders, lipsticks, eye shadows, etc. These materials are used in cosmetic products due to their ability to absorb and absorb water, control skin fat, improve coverage and create a feeling of softness and softness.
4. Pharmaceutical industry: Inorganic micronized materials are used in the production of drugs to improve the absorption and effectiveness of drugs. These substances can help in the process of processing drugs, increasing solubility and reducing the side effects of drugs.
5. Textile and clothing industries: Mineral micronized materials are used in the production of textile fibers and fabrics to improve mechanical, antibacterial and water-supplying properties. These materials can increase the quality and useful life of fabrics.
6. Construction industry: Micronized mineral materials are used in the production of construction materials such as cement, concrete and plaster in order to improve mechanical properties and corrosion resistance.
These are just a few examples of the applications of micronized mineral materials and lime products of Delijan powder, and in fact, these materials are used as key and improving elements in many industries.
Cosmetics industry
Cosmetic and health industries benefit from important applications for micronized mineral materials and lime products of Ahakan Delijan powder. These materials are used in the production of cosmetic products to improve the properties and performance of these products. Below I mention some applications of micronized materials in cosmetics and health industries:
1. Skin powders: Micronized mineral materials such as talc, silica and mineral resins are used in the production of skin powders. These powders have the ability to absorb fat and add softness and hydration to the skin. Also, with the help of mineral micronized materials, skin powders can have better permeability properties and thus last longer on the skin.
2. Lipstick and lip cosmetics: In the production of lipstick and lip cosmetics, micronized mineral materials are used as dyes, disinfectants and moisturizing agents. These materials can provide a perfect coloring for the lipstick and at the same time make the lips hydrated and soft.
3. Eye shadow and eye make-up products: Micronized mineral materials are used in the production of eye shadow and eye make-up products as dyes and pigments. These materials can add gloss and depth to the pigments used in cosmetic products and increase eye prominence.
4. Masks and skin products: Mineral micronized materials are used in the production of masks and skin products such as creams and lotions. These substances can have hydrating, antioxidant and anti-inflammatory properties and help to heal and relax the skin.
5. Health products: mineral micronized materials are used in the production of health products such as body powders, hand wash and shampoo. These materials can add water absorption, antibacterial and softening properties to health products and be effective for healthy and beautiful skin and hair.
In general, mineral micronized materials are used in cosmetics and health industries to improve the properties, performance and feel of comfort on the skin and hair. These materials are considered as key elements in the production of quality products for consumers in these industries.
pharmaceutical Industries
Micronized mineral materials and lime products of Delijan powder also have important applications in the pharmaceutical industry. These substances are used as effective elements in the production of medicines and food supplements. Below I mention some applications of mineral micronized materials and Ahakan Powder Delijan products in the pharmaceutical industry:
1. Tablets and capsules: micronized mineral materials such as calcium carbonate, zinc oxide, silicon dioxide and aluminum hydroxide are used in the production of pharmaceutical tablets and capsules. These materials can act as absorbent, protective and coating in tablets and capsules and protect the medicine inside them.
2. Ointments and creams: Mineral micronized materials such as zinc oxide and talc are used in the production of medicated ointments and creams. These substances can add antiseptic, anti-inflammatory and hydrating properties to ointments and creams and facilitate the treatment of skin diseases.
3. Powders and sachets: Micronized mineral materials such as talc and silica are used in the production of pharmaceutical powders and sachets. These materials can act as absorbent, antiperspirant and antifungal in powders and sachets and can be used to treat skin diseases and skin problems.
4. Food supplements: micronized mineral materials such as calcium carbonate, magnesium carbonate and lime are used in the production of food supplements. These substances can provide important mineral elements such as calcium and magnesium to the body in a ready form and be used to improve health.
In general, micronized mineral materials and limestone products of Ahakan Powder Delijan are used in the pharmaceutical industry as effective elements in the production of medicines, food supplements and skin products. These substances are noted for their antiseptic, anti-inflammatory, hydrating and absorbent properties and are used to improve and maintain human health.
Clothing industry
Micronized mineral materials and lime products of Ahakan Delijan powder also have various applications in the clothing industry. These materials are used as effective elements in the production of fabrics, colors and clothing. Below I mention some applications of micronized mineral materials and lime products of Delijan powder in the clothing industry:
1. Dyes: Micronized mineral materials such as lime and talc are used in the production of clothing dyes. These materials act as color absorbers and coating in colors and increase color stability and appearance quality of fabrics.
2. Fabrics: Micronized mineral materials such as talc and silica are used in the production of clothing fabrics. These materials can act as moisture absorbers, preventing static electricity and increasing the softness and elasticity of fabrics.
3. Spring clothes: Micronized mineral materials such as calcium carbonate are used in the production of spring clothes. These materials act as cover and protection on the springs used in spring clothes and increase the durability and useful life of these clothes.
4. Clothing repair: Micronized mineral materials such as lime are used in the production of clothing repair products. These materials have the ability to repair weak and torn points in clothing and can improve the useful life of clothing.
In general, micronized mineral materials and limestone products of Ahakan Powder Delijan are used in the clothing industry as important elements in the production of fabrics, dyes, spring clothing and repair products. These materials increase the quality and durability of clothes and improve their appearance and performance.
Packaging Industry
Micronized mineral materials and Ahakan Powder Delijan products also have important applications in the packaging industry. These materials are used as effective elements in the production of packaging materials and protective cartons. Below I mention some applications of micronized mineral materials and lime products of Delijan powder in the packaging industry:
1. Packaging materials: Micronized mineral materials such as talc, silica and mica are used in the production of packaging materials. These materials can act as a protective layer inside the package and absorb moisture, prevent moisture and dehydration, prevent oxidation and maintain product quality over time.
2. Protective cartons: Ahakan Powder Delijan products including calcium carbonate and limestone are used to produce protective cartons. These cartons increase the strength and hardness of the packaging and protect the products against impact, pressure and transportation risks.
3. Packaging decoration: Micronized mineral materials such as mica are used in packaging decoration. These materials are used as mineral powder in paints and glazes and give the packaging an attractive and higher quality appearance.
4. Labels and bands: Micronized mineral materials such as talc and silica are used in the production of labels and packaging bands. These materials act as a protective and separating material between the packaging layers and prevent adhesion between different surfaces.
In general, micronized mineral materials and powdered lime products of Ahakan Powder Delijan are used in the packaging industry as important elements in the production of packaging materials, protective cartons, packaging decoration, and packaging labels and bands. These materials increase the quality, durability and attractiveness of the packaging and protect the products during transportation and storage.
Conclusion
Micronized mineral materials and lime products of Delijan powder are used as effective elements in various industries, including cosmetics, pharmaceutical, clothing and packaging industries. These materials with special features such as high surface area and surface activity, ability to absorb and absorb water, stability and durability, and diverse applications in these industries, have been able to gain an important position in the market.
The use of micronized mineral materials and lime products of Ahakan Powder Delijan, in addition to increasing the quality and durability of the products, also improves their appearance and performance. These materials act as dye absorbers in paints, moisture absorbers in fabrics and packaging materials, cover and protection in spring and restorative clothing, and a protective and separating material in packaging.
Due to the unique features and wide applications of micronized mineral materials and powdered Ahakan Powder Delijan, the use of these materials in various industries has been considered as an effective solution to improve the quality and efficiency of products.
