Electronic paste is a general term for electronic material products in paste or fluid form. They are typically applied onto substrates such as ceramics, glass, polymer films, silicon wafers, and metal bases via screen printing, inkjet printing, coating, pad printing, or 3D printing. After sintering or curing, they form functional layers or patterns. It’s widely […]
The three-roller coating machine offers distinct advantages across multiple dimensions, including coating quality, production efficiency, energy consumption, equipment adaptability, and environmental performance. These benefits result from the unique three-roller structure combined with high-speed mixing technology, which work synergistically for optimal powder modification. High Coating Quality The three-roller design ensures multiple stages of dispersion and shearing,
The Advantages of Three-Roll Powder Coating Modification Machines Read More »
In the rapidly evolving landscape of powder processing—where precision and intelligence are increasingly prioritized, companies that provide tailored solutions have become key market drivers. This is especially true in the field of metal powder preparation, where industry demands not only contamination-free equipment design to ensure material purity but also controlled particle size distribution and process
Metal Powder Classification and Dispersion: Epic Powder Machinery Offers New Solutions Read More »
Quartzite is a metamorphic rock composed mainly of quartz. It is far from ordinary—instead, it serves as a critical mineral resource supporting numerous industrial sectors. It forms through the regional metamorphic recrystallization or contact metamorphism of protoliths such as quartz sandstone, other siliceous rocks, or silica-rich rocks near magmatic bodies. Quartzite ore consists of cryptocrystalline
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Fillers not only reduce production costs and increase profit margins but also enhance properties such as high-temperature resistance, corrosion resistance, surface hardness, strength, wear resistance, flame retardancy, and insulation to some extent. For plastics, there are commonly used fillers like glass fiber, calcium carbonate, glass microspheres, silicate minerals and titanium dioxide. Glass Fiber Glass fiber
Several Commonly Used Inorganic Fillers for Plastics Read More »
Selecting the right ultra-fine grinding equipment to achieve a 1200-mesh particle size for porous carbon involves carefully considering the material’s unique properties—such as its porosity, brittleness, purity demands, and potential for electrostatic adhesion—alongside the operational principles and performance of various grinding machines. Because porous carbon needs to maintain its delicate structure while reaching such fine
NdFeB (neodymium iron boron) is characterized by its high hardness, strong magnetic properties, and vulnerability to oxidation. Producing ultrafine NdFeB powder requires specialized grinding equipment that offers efficient milling, precise particle size classification, and protection against oxidation through inert gas environments. Below is an analysis of the most suitable grinding mills for ultrafine NdFeB powder
What Type of Grinding Mill is Suitable for Producing Ultrafine NdFeB Powder? Read More »
In Part 1, we uncovered the secrets behind stronger and more cost-effective plastics, exploring the fundamental roles of calcium carbonate, talc, and wollastonite. But the world of plastic fillers doesn’t stop there. Now, let’s discover how materials like kaolin, mica and silica can be the key to your next innovative plastic compound. Kaolin Kaolin (Al₂O₃·2SiO₂·2H₂O),
The Versatile World of Functional Fillers – From Kaolin to Silica – Part 2 Read More »
Have you ever wondered why some plastic products outperform others in strength, durability, and cost-effectiveness? The secret often lies not in the base polymer itself, but in the sophisticated world of plastic modification through functional fillers. These mineral powders, when properly selected and incorporated, can dramatically enhance material properties while reducing production costs. In this
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The classifier wheel gap refers to the spatial distance between the blades of the classifier wheel in a fluidized bed jet mill. This gap plays a critical role in classification efficiency, grinding performance, and final product quality. As the channel through which fine powder is selected and separated, it directly influences material flow behavior, collision
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