How Does an Air Jet Mill Perform in the Ultrafine Grinding of Petroleum Coke for a Precise D97 of 28 Microns?
Understanding Petroleum Coke Characteristics Petroleum coke (petcoke) is a carbon-rich solid derived from the oil refining process. It features a high carbon content, low ash, and variable sulfur levels depending on the source crude. These characteristics make it valuable across industries, especially when processed into fine powders through petroleum coke ultrafine grinding, which enables precise […]
How to Improve Anode Capacity through Advanced Ultrafine Grinding Technology？
The Science Behind Particle Size and Morphology In my 20+ years of experience with powder processing, I’ve seen firsthand that raw chemical composition is only half the battle in battery performance. The physical structure of the material—specifically particle size and shape—dictates the final energy density. We don’t just grind material; we engineer the microstructure to […]
Jet Mill or Air Classifier Mill? Which Process Is the Optimal Solution for Ultrafine PEEK Grinding?
Polyetheretherketone (PEEK) is a high-performance specialty engineering plastic. It is renowned for its excellent heat resistance, chemical resistance, wear resistance, and mechanical strength. As a result, PEEK is widely used in aerospace, medical devices, automotive, and electronics industries. With the continuous upgrading of application demands, the need for ultrafine PEEK powders is steadily increasing. This […]
Spherical Graphite and Spherical Alumina : Why Does a Small Powder Multiply in Value After Becoming Spherical Powder?
With the rapid development of modern industry and advanced technologies, performance requirements for powder materials are becoming increasingly stringent. Materials must exhibit ultra-low impurity levels, fine particle size, and a narrow particle size distribution. Particle morphology has also become a critical quality indicator. Spherical powder stands out for its uniform particle size, smooth surface characteristics, […]
How are lithium iron phosphate cathode materials produced?
Cathode materials, one of the four main materials in lithium batteries (cathode, anode, separator, and electrolyte), are crucial components of lithium batteries. They also account for a large portion of the battery’s cost. The cost of cathode materials largely determines the price of the battery. Among lithium battery cathode materials, mainstream materials include lithium cobalt […]
Why Ceramic-Lined Pulverizing Equipment Is Essential in the Production of New Energy Cathode and Anode Materials
In the lithium-ion battery industry, the ultra-fine grinding and classification of cathode and anode materials are key processes that directly determine material performance. Whether it is high-nickel cathode (NCM/NCA), lithium iron phosphate (LFP), artificial graphite, soft carbon, or hard carbon, powder quality strongly affects battery energy density, rate capability, and cycle life. As battery performance […]
How Does Air Jet Mill Affect the Particle Size Distribution and Morphological Characteristics of Hard Carbon Anode Materials?
The practical performance of hard carbon anode materials in sodium-ion batteries is highly dependent on their microstructure, and the particle size distribution (PSD) and morphology are key factors determining ion diffusion pathways, electrode packing density, first-cycle Coulombic efficiency, and cycle stability. Air jet mill, as the most commonly used ultrafine grinding method in hard carbon […]
What’s the Difference Between Natural and Dutch-processed Cocoa Powder?
Cocoa powder is one of the most essential ingredients in chocolate production, baking, and beverage preparation. It not only determines the flavor depth and color intensity but also directly affects the final product’s texture and appearance. Among all the parameters of cocoa powder, the most frequently mentioned distinctions are “Natural Cocoa Powder” and “Dutch-processed Cocoa […]
What Do You Need to Know About Pyrolysis Carbon Black?
Q:What Is Pyrolysis Carbon Black? Pyrolysis carbon black (commonly referred to as PCB, Pyro-CB, or rCB) is the solid carbon black product obtained from the pyrolysis of waste tires, waste rubber, or other carbon-rich polymer materials.During pyrolysis (typically at 450–900°C under oxygen-deficient or low-oxygen conditions), the industrial carbon black originally present in tires (such as […]