The tap sieve (tap-type standard sieve shaker) is a core piece of equipment for particle size detection and classification in laboratories. Combining horizontal circular motion and vertical tapping force, it can efficiently complete particle screening, prevent mesh clogging, and achieve accurate classification. It is widely used in scientific research, quality inspection and production processes across various industries.
In the field of abrasives and superhard materials, the tap sieve serves as standard testing equipment for the particle size detection of diamond micropowder, silicon carbide, corundum and other materials. It can accurately measure the proportion of each particle size, meet the high-intensity and high-frequency classification requirements of production, and ensure the cutting performance and consistency of abrasive products.
In the mineral and building materials industry, it is applied to the particle size analysis of quartz sand, kaolin, cement, lime, gravel and other materials. It controls the particle size distribution of raw materials, optimizes crushing, grinding and proportioning processes, and improves the strength and stability of building materials.
In the chemical and powder industry, it is commonly used to test chemical fertilizers, plastic particles, dyes, ceramic powder, activated carbon and other materials. It determines the content of fine and coarse particles through classification, evaluates the fluidity and compactness of powder materials, and provides data support for formula optimization and quality control.
In the pharmaceutical and food industries, the tap sieve is used for screening bulk drug powder, flour, powdered sugar, starch and other materials, ensuring that particle specifications meet pharmacopoeia and food standards, and guaranteeing the efficacy of medicines as well as the taste and safety of food products.
In addition, the tap sieve is also applied in metallurgy, geology, environmental protection and other fields for the detection of sintered ore, soil, environmental particulate matter, realizing particle size distribution measurement, sample classification and scientific research analysis. It is compatible with standard sieve frames such as Φ200 and Φ75, and supports timed automatic shutdown. With stable and reliable test data, it is an essential tool for the quality control of granular materials in all industries.
