In powder processing, many manufacturers encounter the following problems:Mixing time is already very long, yet uniformity remains poor.Sampling results vary significantly from one location to another.Product performance is inconsistent.Ultrafine powders appear to contain a large number of coarse pa

In powder processing, the greatest mixing challenge is not always handling large volumes of material.In many cases, the real challenge lies in achieving the uniform distribution of trace additives.Examples include:* 0.5% antioxidant* 0.1% flavoring agent* 0.05% catalyst* 0.02% conductive additive* 0

In powder processing, one of the most common and challenging mixing tasks involves combining materials with significantly different densities.Examples include:Graphite powder and metal powderCarbon black and lithium battery materialsSilica and metal additivesLightweight fillers and mineral powdersPo

With the rapid development of new energy materials, advanced ceramics, powder metallurgy, pharmaceuticals, and electronic materials, ultrafine powders have become critical raw materials in many industries.However, for powder engineers, ultrafine powders are often among the most challenging materials

In powder processing industries, one of the most frustrating situations is this:After spending significant time and energy achieving a seemingly uniform mixture, the powder becomes non-uniform again during discharge, conveying, storage, or packaging.Many engineers have encountered problems such as:W

In powder engineering, there is a simple yet highly important parameter that is widely used to evaluate powder behavior: The Angle of Repose.Whether in powder mixing, conveying, storage, granulation, packaging, or feeding systems, engineers often use the Angle of Repose as a quick indicator of powde

Join us at Booth W10A01 | June 16–18, 2026 | SNIEC ShanghaiMachtech Industry is pleased to announce our participation in CPHI & PMEC China 2026, one of the most influential pharmaceutical and processing technology exhibitions in Asia. The event will take place from June 16–18, 2026, at the Shanghai

In powder engineering, there is a simple yet highly important parameter that is widely used to evaluate powder behavior: The Angle of Repose.Whether in powder mixing, conveying, storage, granulation, packaging, or feeding systems, engineers often use the Angle of Repose as a quick indicator of powde

In powder engineering, people often focus on parameters such as particle size, density, and moisture content. However, one critical factor is frequently overlooked despite its direct impact on production efficiency and product quality: Powder Flowability.Many manufacturers encounter challenges such