In industrial production, common challenges such as particle agglomeration and uneven dispersion lead to reduced product performance and lower production efficiency. Issues like high impurity content and poor dispersion stability directly impact end-product quality and consistency, increasing operational costs. To address these problems, Chemi Tech leverages years of technical expertise to develop high-performance inorganic dispersant products, delivering reliable solutions for enterprises.

Our approach is based on scientific formulations and customized services, with step-by-step implementation: First, we analyze customer material properties (e.g., particle size, surface characteristics) to identify dispersion bottlenecks. Second, we recommend compatible inorganic dispersant types, such as silicate or oxide-based products, ensuring optimal compatibility. Third, we provide sample testing and process optimization guidance, adjusting dosage and dispersion conditions. Finally, we support scalable application to achieve uniform dispersion and long-term stability.
Case Study: A ceramic materials manufacturer struggled with alumina particle agglomeration, resulting in uneven density after sintering. Chemi Tech delivered a tailored inorganic dispersant solution added during the grinding phase, which improved particle dispersion by 40% and significantly increased product yield, while reducing energy consumption. The solution required no changes to existing equipment, enabling plug-and-use integration, and the client reported a 20% boost in production efficiency.
Chemi Tech's inorganic dispersants feature high purity and low impurities, suitable for diverse industrial applications, helping customers enhance product consistency and operational efficiency. Contact us today for professional technical support and sample trials.
Guangzhou Chemi Tech New Material Co., Ltd.
Address : No. 3 Road, Lanshan Village, Xiancun Town, Zengcheng District, Guangzhou City
Contact : +86-19820415595(Manager Fang)
Tel : +86-13414362583(Manager Lee)
E-mail : crystal@gzchemitech.com
