EPICPOWDER

In the plastics industry, Polypropylene (PP) is renowned for its cost-effectiveness. However, its shortcomings—being soft, prone to deformation, and having poor heat resistance, often pose challenges for manufacturers. Talc powder, when precision-processed by advanced jet mill technology, is far more than just a filler. It’s a performance-enhancing assistant that precisely addresses PP’s weaknesses. The jet milling process ensures the talc […]

In recent years, power battery technology has been advancing toward low cost, high safety, and superior cost-effectiveness. Lithium Manganese Iron Phosphate (LMFP) has gained significant attention for its high energy density and exceptional safety performance. However, challenges such as low electrical conductivity, suboptimal cycle performance, and the “voltage drop” issue caused by its dual voltage

As the global energy landscape rapidly shifts toward electrification and renewable storage, the battery materials sector is experiencing unprecedented growth and innovation. EPIC Powder Machinery stands at the forefront of supplying advanced ultrafine grinding solutions. Our jet pulverizers are designed to meet the strict requirements of battery material production particularly. This article, aimed at technical

Enhancing the compaction density of lithium iron phosphate (LFP) is crucial for improving the volumetric energy density of batteries. Doping with elements like Ti or Al and employing secondary sintering (also known as “second firing”) are two highly effective but fundamentally different technical approaches. Below, we explain each method in detail. The jet milling process

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