The unique physical and chemical properties of quartz sand make it play a crucial role in aviation, aerospace, electronics, machinery, and the rapidly developing IT industry today. In particular, its intrinsic molecular chain structure, crystal shape, and lattice variation patterns give it high-temperature resistance, low thermal expansion coefficient, high insulation, corrosion resistance, piezoelectric effect, resonance effect, and unique optical properties, which are increasingly important in many high-tech products.

Glass industry

The main raw materials for flat glass, float glass, glass products (glass jars, glass bottles, glass tubes, etc.), optical glass, glass fiber, glass instruments, conductive glass, glass cloth, and special radiation-resistant glass.

Ceramics

Raw materials for ceramic and refractory materials, including body and glaze materials for porcelain, high-silica bricks, ordinary silica bricks, and silicon carbide for kilns; raw materials or additives for metallurgical silicon metal, silicon iron alloy, and silicon aluminum alloy; as well as materials for concrete, binding materials, road construction materials, artificial marble, and physical property testing materials for cement (i.e., standard sand for cement).

Chemicals

Main raw materials, grinding materials (sandblasting, hard grinding paper, sandpaper, sand cloth, etc.), sand cleaning, rust removal, and oxide skin removal treatment. Electronics: high-purity metal silicon, communication optical fibers, etc. Rubber and plastic fillers (which can improve wear resistance). Coating fillers can enhance the weather resistance of coatings; additionally, they are used in casting, forging, machinery, metallurgy, heat treatment, steel structures, grid structures, containers, ships, repairs, bridges, mining, and other fields for sand cleaning, rust removal, strengthening, shaping, stress relief, and surface cleaning and coating of various profiles, roughness (texturing) pretreatment before electroplating, stone cutting, magnetic ball casting, and as additives for heavy concrete and refractory materials in blast furnaces to increase wear resistance, high-temperature resistance, erosion resistance, electrostatic shielding, radiation protection, and filtration tanks for oil wells, counterweights, etc. High-quality quartz sand is used as raw material for surface treatment of granite and marble, specifically designed and produced for sports venues, featuring high hardness, heavy weight, uniform granularity, small angles, and natural color, which minimizes damage to artificial turf and protects the grass fibers, making the turf more durable. It has been applied in many sports venues of domestic colleges and universities, and quartz sand is an ideal material for modern athletic fields, football fields, and golf courses.

Water treatment filter media

Due to the smaller particle size of quartz sand in a three-layer filter bed compared to that in a two-layer filter, and the presence of a finer layer of heavy anthracite filter media beneath the quartz sand layer, the water quality after filtration in a three-layer filter bed is better than that in a two-layer filter bed under the same conditions, even with a higher filtration rate. When using quartz sand, it is advisable to use it in combination.

Quartz sand filter bed

The effluent from the sewage treatment plant enters the bottom of the filter through the inlet pipe, and after being evenly distributed by the water distributor, it passes through the filter media layer from top to bottom. During this process, the effluent is filtered, removing pollutants from the water. At the same time, the concentration of pollutants in the quartz sand filter media increases, and the pollutant level in the lower filter media layer is higher than that in the upper layer. At this point, the air lift pump located in the center of the filter is activated to lift the lower quartz sand filter media to the sand washing device at the top of the filter for cleaning. After washing, the filter sand returns to the filter bed, while the pollutants generated during cleaning are discharged. The quartz sand filter media moves from top to bottom under the action of the lift pump, agitating the effluent. The filter media inside the filter can be cleaned in a timely manner, and it has a strong ability to withstand pollutant load shocks. The special internal structure of the quartz sand filter and its operational characteristics allow for coagulation, clarification, and filtration to be completed within the same tank.

The physical and chemical properties of quartz sand make it play a crucial role in aviation, aerospace, electronics, machinery, and the rapidly developing IT industry today. In particular, its intrinsic molecular chain structure, crystal shape, and lattice variation patterns give it a low thermal expansion coefficient, high insulation, piezoelectric effect, resonance effect, and unique optical properties, which are increasingly important in many high-tech products. Quartz sand is used in casting, forging, machinery, metallurgy, heat treatment, steel structures, grid structures, containers, ships, repairs, bridges, mining, and other fields for sand cleaning, rust removal, strengthening, shaping, stress relief, and surface cleaning and coating of various profiles, roughness (texturing) pretreatment before electroplating, stone cutting, and casting as additives for heavy concrete and refractory materials in blast furnaces to increase their erosion resistance, electrostatic shielding, radiation protection, and filtration tanks for oil wells, counterweights, etc.

The unique physical and chemical properties of quartz sand make it play a crucial role in aviation, aerospace, electronics, machinery, and the rapidly developing IT industry today. In particular, its intrinsic molecular chain structure, crystal shape, and lattice variation patterns give it high-temperature resistance, low thermal expansion coefficient, high insulation, corrosion resistance, piezoelectric effect, resonance effect, and unique optical properties, which are increasingly important in many high-tech products.

Our company is equipped with a 1 set of 5R Raymond Mill, 2 sets of 4R Raymond Mill, Longyan Yifeng Mill 998, Impact Mill for Acicular Wollastonite Powder, Wet Ball Mill for Zircon Media, Continuous Modifier, Classifying Sieve, and other state-of-the-art equipment.We offer a wide range of powders with varying contents and particle sizes [10-3000 mesh], ensuring the precise specifications of our clients' needs. Our products have been developed for various sassafras materials, including metal mineral powder, non-metallic mineral powder, and chemical fiber materials. We have produced nearly 100 different varieties and supplied them to hundreds of domestic and foreign auto parts enterprises.Our 5,000-square-meter facility allows us to provide customized, unique formulas, modified materials, and premixes.

The company is customer-oriented, joint China University of Geosciences (Wuhan), Wuhan University of Technology, Sun Yat-sen University, Hubei University of Science and Technology and other domestic institutions of higher learning, combined with the enterprises facing the problems in the production process, long-term tracking and communication, and effectively for the sake of the customer, make every effort to unite the relevant colleges and universities and technical experts in the same industry.We will strive to collaborate with relevant universities and technical experts in the same industry to solve problems in practice for our customers.