ShanShan, a company in Inner Mongolia, after carefully evaluating various options, chose our shaping machines for their battery materials production. With over 20 machines running smoothly for more than three years, these shaping machines have been running efficiently for over three years, ensuring consistent and precise control of particle sizes.

In Uzbekistan, a local company sought to capitalize on its abundant calcite resources to develop a high-grade calcium carbonate project. However, the outdated milling equipment in use could not meet the technical requirements for product quality.

A renowned flame retardant company in Yixing, specializing in ultra-fine magnesium hydroxide, initially used a domestic jet mill but faced challenges with low production capacity and high energy consumption while producing a particle size of D50=2-4μm.

A company in Iran, focused on producing ultra-fine zircon sand and zirconium silicate powder, evaluated different suppliers in China and abroad.

As the global demand for ultra-fine food powders continues to grow, South Korean manufacturers are seeking ways to enhance product quality while minimizing energy costs. One major food company conducted trials across multiple countries to find the right solution.

This silicon carbide factory in Shandong primarily produces F230-F800 grade products. They initially struggled with outdated classification equipment, which had low precision and high energy consumption.

A steel manufacturer in Shandong uses blast furnace slag from their ironmaking process to produce building materials like cement and concrete. Back in 2007, they visited Zhengyuan to explore ultra-fine grinding solutions and decided to purchase an LHM ultra-fine ball mill classification line.

A nanomaterials company in Changzhou integrated powder processing equipment to enhance their production efficiency and meet higher industry demands.