The main applications of pseudo-boehmite

2025-08-05

A high-efficiency catalyst carrier in the petrochemical industry.

In the petroleum refining process, pseudo-boehmite can significantly improve catalytic reaction efficiency, optimize product quality, and reduce energy consumption. Furthermore, its excellent thermal stability and mechanical strength enable it to maintain stable performance in harsh industrial environments, extending the life of the catalyst.

Innovative Boost for the New Energy Industry

In lithium-ion batteries and fuel cells, as an electrode material or coating additive, it helps improve battery energy density and cycle stability, providing more reliable energy solutions for electric vehicles and energy storage systems. Furthermore, its environmentally friendly nature aligns well with the sustainable development philosophy of the new energy industry.

A versatile environmentalist.

In water treatment, pseudo-boehmite effectively removes heavy metal ions and organic pollutants. In waste gas treatment, it can serve as an adsorbent or catalytic carrier, helping industrial emissions meet standards. Its recyclability further reduces treatment costs and supports green production.

Potential Applications

In addition to the aforementioned areas, pseudo-boehmite also shows promising prospects in the ceramics, coatings, and pharmaceutical industries. Its unique surface properties and chemical stability offer new possibilities for applications such as material modification and functional additives.

What are the advantages of Zibo Xiangrun's pseudo-boehmite?

Zibo Xiangrun's pseudo-boehmite utilizes advanced production processes to ensure high purity, excellent crystallinity, and an ideal specific surface area and pore structure, meeting the stringent material performance requirements for applications such as catalyst supports and adsorption materials. Through a rigorous production control and testing system, Zibo Xiangrun ensures highly consistent physical and chemical performance across every batch, preventing material fluctuations from impacting downstream applications and providing customers with reliable quality assurance.