Magnesium Salt New Materials Accelerate “Breaking the Circle,” Multi-Party Cooperation Speeds Up Implementation
May 16, 2025, marked the second day of the 17th Shenzhen International Battery Technology Exchange Conference/Exhibition (CIBF2025). As the world’s most influential battery technology event, the exhibition hall remained bustling with activity and a lively atmosphere. The booth of Messi Biology continued its popularity from the first day, attracting more in-depth exchanges and cooperation negotiations with leading industry customers, research institutions, and raw material enterprises.
Professionalism Attracts Attention, “Magnesium-Based Materials” Enter More Core Vision
With the rapid development of the new energy industry, higher requirements have been placed on the performance, environmental protection, and sustainability of basic functional materials. Messi Biology’s exhibited high-purity nano-grade magnesium oxide, magnesium hydroxide, magnesium carbonate, magnesium sulfate, and other products have demonstrated broad application potential in key links such as lithium batteries, battery pack housings, and separator composite materials due to their excellent thermal stability, flame retardancy, and electrical insulation properties.
On the second day of the exhibition, professional visitors from lithium battery materials, power battery manufacturing, and new energy vehicle fields stopped to inquire. The technical expert team of Messi Biology provided customers with one-on-one product explanations and solution suggestions, and confirmed cooperation intentions with several companies.
“We have found that more and more companies are beginning to pay attention to the role of functional additives in improving battery safety and thermal management, and the advantages of magnesium salt materials precisely fit this trend,” said Dr. Feng from Messi Biology during the exchange.
Multi-Party Negotiations and Cooperation, Accelerated Implementation of Landed Projects
At the exhibition site, Messi Biology reached preliminary cooperation intentions with several lithium battery separator manufacturers, cathode material companies, and special flame-retardant new material companies. Among these, some projects have initiated sample testing and small-batch trial production plans. At the same time, an expert team from a material research institute of a university in South China also expressed interest in cooperating with Messi Biology to jointly promote the application development of new magnesium salt modified materials.
“We not only provide standard products but also offer customized formulas and technical support for customers, which is the key to winning market trust,” said a technical engineer from Messi Biology.
High-Purity Standards Win Recognition, Green Manufacturing Shows Strength
Messi Biology adheres to the product concept of “high-purity, environmental protection, and controllable.” Its entire product line meets pharmaceutical-grade, food-grade, and high-end industrial application standards, with significant competitive advantages in terms of purity, consistency, and environmental protection indicators. Currently, the company has established a sound quality management system and third-party certification system, providing stable and reliable raw material guarantees for downstream new energy enterprises.
In addition, the company actively promotes green manufacturing in the production process, adopting low-carbon and clean processes to ensure the best balance between material performance and environmental sustainability.
The Exhibition Continues, Messi Biology Looks Forward to In-Depth Engagement with You
CIBF2025 will continue until May 17th. Messi Biology will continue to provide professional answers and product displays for visitors at booth 2B032. We sincerely invite more industry partners, technical experts, and investment institutions to come for exchanges and jointly explore more possibilities for magnesium salt new materials in the new energy field.