This article explores the scientific foundations of spherical granule formation and presents detailed optimization strategies. Each section explains why a specific parameter influences sphericity, describes key mechanisms, and provides data-driven lists or tables to guide practical adjustments. The goal is to help ceramic manufacturers achieve predictable, high-quality spherical granules using rational process optimization.

This article provides a detailed technical explanation of the mechanisms behind atomization pressure, how it controls Granule Size Distribution in spray drying, and how ceramic manufacturers can optimize process settings for consistent and high-quality granules.

This guide delves into the world of thermal spray materials, detailing their types, properties, selection criteria, diverse applications, and future trends. A practical handbook for surface engineering.

This guide provides a scientific, structured explanation of thermal spray material selection for wear-resistant applications, helping ceramic industry engineers and materials specialists optimize coating performance.

This blog explores nano-scale particles in lithium battery materials as a "double-edged sword," detailing their benefits for performance and the challenges for stability, alongside smart engineering solutions