Material Information

In recent years, the usage and demand for inorganic powders have been continuously increasing, and their production is also developing towards ultrafine, specialized, and high-value applications. One of the keys to transforming ordinary powders into high-end functional fillers is surface modification. How to Modify Inorganic Powders? Based on whether a chemical reaction occurs on the […]

When you gently press a powder puff onto your skin, your pores seem to be instantly smoothed out. Your fingertips glide across your skin like silk—this unassuming name on the ingredient list is Spherical Silicone Resin Powder. It’s the core ingredient that achieves this exceptional skin feel. However, obtaining the ideal soft-focus and silky smooth

I. Ball Milling Process The ball milling process, as a core technology for processing ceramic raw material powders, directly impacts the final product’s key performance indicators, such as sphericity, through its mechanism of action on the powder’s susceptibility to forces. 1.Basic working principle and macroscopic mechanism of ball mills The ball mill drives the internal

With the rapidly increasing demand for fine particles in industries such as food, fine chemicals, and minerals, ultrafine grinding technology has attracted widespread attention. Common ultrafine grinding technologies include air jet milling, colloid milling, and ball milling. Among them, ball mill technology utilizes mechanical energy and thermal effects to change the structure and properties of

In industrial coatings, electronic packaging, and ceramic materials, optimizing a formula often starts with adjusting the resin or binder. However, upgrading functional fillers can deliver a more direct and cost-effective performance boost. This article explores how glass powder enhances coating hardness without significant cost increases. I. What Is Glass Powder? Glass powder is a fine

Market Applications of Barite Barite is an essential non-metallic mineral raw material with a wide range of industrial applications. Oil and Gas Drilling Once ground into fine powder, barite serves as a weighting agent for oil well drilling mud. It increases the mud’s specific gravity to withstand subterranean pressure, prevent wellbore collapse, and stop formation

The production of artificial graphite anode material for lithium-ion batteries involves multiple critical processes. These stages are closely interconnected and mutually influence each other, collectively determining the performance and quality of the final product. I. Core Raw Materials 1. Primary Carbon Sources Raw Material Type Admission & Quality Standards Needle Coke True density ≥ 2.12

In this era of rapid growth in new energy vehicles and energy storage, lithium batteries serve as the absolute core. Spherical graphite—the “black gold” supporting half of the lithium battery anode market—is currently the mainstream choice for industrialization. Without it, high energy density and long cycle life for power batteries would be completely out of

In industrial sectors such as mining, building materials, chemicals, lithium batteries, and ceramics, there is an essential, core grinding machine: the ball mill. Whether involved in mineral processing, cement production, new energy powder refinement, or raw material blending, ball mills play a critical role in crushing, refining, and homogenizing materials. Today, let’s take a closer

The Lithium Iron Phosphate (LFP) production plant uses iron phosphate, lithium carbonate, and glucose as primary raw weapons (materials). Phosphoric acid and titanium dioxide are used as additives. The plant produces LFP powder through a series of processes, including mixed batching, coarse and fine grinding, spray drying, sintering, pulverization, batch mixing and sieving, as well