Equipment knowledge

Zircon sand, primarily composed of zirconium silicate (ZrSiO4), is a highly valuable industrial mineral widely used in ceramics, refractories, foundries, and advanced material applications. Renowned for its high melting point (>2200°C), hardness (Mohs ~7.5), chemical inertness, and opacity, zircon sand is a key component in producing durable ceramics, sanitary ware, and heat-resistant materials. These properties […]

What is Calcium Carbonate? Calcium carbonate (CaCO3) is a naturally occurring mineral widely used in industries such as construction, plastics, paints, pharmaceuticals, and paper. It is found in limestone, marble, and chalk, and serves as a key raw material providing whiteness, opacity, and enhanced mechanical properties in many products. The versatility and abundance of calcium

Air classifiers can be equipped with inert gas protection. This method is primarily used to prevent adverse reactions such as oxidation, corrosion, or combustion during the classification process. When handling materials that are prone to oxidation, flammability, or explosion. An inert gas-protected air classifier is a type of equipment that uses inert gases (such as

Air classifying mills are widely used in industries requiring precise particle size control and contamination-free processing, such as pharmaceuticals, chemicals, and fine ceramics. One of their key advantages is ease of cleaning, which ensures product purity, reduces downtime, and complies with strict hygiene standards. The ease of cleaning primarily stems from their enclosed design, compact

When it comes to efficiently classifying powders, the choice between vertical and horizontal classifier wheels can have a big impact on performance, cost, and ease of operation. While both types have their uses, vertical classifier wheels offer several clear advantages in terms of simplicity, versatility, and maintenance. Here is a detailed comparison highlighting the benefits

Although both air classifiers and specific gravity separators are used for material separation, they differ significantly in their core principles, applicable scenarios, and separation criteria. Below are the key differences between the two: Separation Principle Air Classifier Separates particles based on their aerodynamic properties (such as particle size, density, and shape) and their movement in

The classification and screening processes significantly influence the quality of solder powder. Classification primarily involves separating particles based on their size to achieve the desired particle size distribution. Common classification techniques include air classification and centrifugal classification. Air Classification Method: Advantages: It accurately separates particles of different sizes with a high impurity removal rate, significantly

Calcium carbonate (CaCO3) is one of the most abundant and versatile minerals found in nature. It occurs in various forms such as calcite, aragonite, and vaterite, each possessing unique crystallographic structures. Primarily derived from limestone, marble, and chalk, calcium carbonate serves as an essential raw material across multiple industries. Its chemical stability, whiteness, and low

In industries ranging from mineral processing and chemical manufacturing to the production of advanced materials, classification technology plays a pivotal role in defining the final product’s particle size distribution and overall quality. The selection of classification method and equipment directly influences production efficiency and economic returns. Among the various technologies available, the Single Spiral Classifiers

When selecting a classification system for your powder processing needs, understanding the distinctions between air classifiers and jet classifiers is critical. These systems differ fundamentally in working principles, structure, particle size ranges, applications, and operational costs. 1. Working Principle Air Classifiers: Centrifugal Force Field Relies on a high-speed rotating classifier wheel to generate centrifugal force.