Recently, Na Yuan New Materials has received three important recognitions: the company has been awarded the title of "Excellent Enterprise in the Sodium Electricity Industry", Dr. Liu Zhongqing has been named "Outstanding Scientist in the Sodium Electricity Industry", and has been appointed as an off campus cooperative mentor for master's degree students at Jiangnan University School of Business.

On August 7-9, 2026, the "2026 Advanced Energy Materials and Energy Storage Technology Innovation and Development Forum and Clean Energy Technology Frontier Forum" will be held at the Wuxi Huishan Accor Grand Hotel. Dr. Liu Zhongqing, Chairman of Nayuan New Materials, was invited to serve as the Chairman of the "Sodium Ion Battery Mechanism and Technology" branch

On July 15, 2026, a delegation of teachers and students from the School of Materials Science and Engineering at Nanjing University of Technology visited the Wuxi Engineering Technology Center of Na Yuan New Materials. The event also marked the establishment of the Nanjing University of Technology Social Practice Base, marking a new stage of normalization and deepening of the cooperation between the two schools and enterprises in educating students.

If you want to work together with a group of people who truly care about the value of the industry to promote the development of sodium electricity in a technology oriented and growth oriented environment, welcome to join Na Yuan New Materials.

Recently, the 2nd (Western) Conference on Sodium Electrode Positive and Negative Materials and Sodium Electrode Scene Application Technology has successfully concluded. As a hardcore technology enterprise deeply involved in the field of sodium based polyanion positive electrode materials, Dr. Liu Zhongqing, founder of SIMT Sodium Yuan New Materials, was invited to attend the conference.

Recently, the 10000 ton positive electrode material factory building at the Lu'an production base of Na Yuan New Materials was officially completed. We will introduce a flexible production line design, which is the industry's first 10000 ton level NFS/NFPP dual system compatible production line.

On June 29th, the 9th China Eurasia Expo came to a successful conclusion in Urumqi, Xinjiang. Na Yuan New Materials showcased its independently developed polyanion cathode materials (NFS, NFPP), full chain cell design process, and integrated energy storage solutions

From June 25th to 29th, Na Yuan New Materials will showcase its cutting-edge products at the 9th China Eurasia Expo.

Collaborative progress, aiming at the core goal of industrialization. This strategic cooperation aims to integrate the superior resources of both parties and establish a long-term and stable strategic partnership. The core goal of the cooperation focuses on the collaborative development, joint innovation of key materials for solid-state sodium batteries, and the joint expansion of end markets. By forming a joint technical team,

On May 17th, a unique journey to find "sodium" quietly began. Students from Peking University went to Nayuan New Material to carry out the social practice activity of "Wisdom Enlightening the Taihu Lake Lake and New Wu Travel".

Recently, the results of the 20th Jiangsu Youth May Fourth Medal selection were announced, and Na Yuan New Material Technology (Wuxi) Co., Ltd. once again received good news - Dr. Liu Zhongqing, the founder and CEO of the company, was awarded the Jiangsu Youth May Fourth Medal for his outstanding contributions in the research and development of positive electrode materials for sodium ion batteries. And accept innovation and innovation from Wuxi Daily

On March 20, 2026, the 2026 (10th) Qidian Sodium Electricity Forum, sponsored by Qidian Sodium Electricity and Qidian Research, and sponsored by CNAE China Sodium Electricity General, invited Dr. Liu Zhongqing from Naiyuan New Materials to participate in the keynote speech

Recently, Na Yuan New Materials joined hands with partners to successfully break through the prototype design of commercial NFS non negative sodium ion batteries. In actual testing, the reversible capacity of the all electric material reached 105mAh/g, and the energy density of the battery cell reached 220Wh/kg

Recently, SIMT (Sodium Yuan New Material Technology) Co., Ltd. (referred to as SIMT) welcomed a team led by Academician Stefano Passerini to conduct in-depth technical research and exchanges at the Engineering Technology Center in Xinwu District, Wuxi

Hard Krypton has learned that Na Yuan New Materials Technology (Wuxi) Co., Ltd. (hereinafter referred to as "Na Yuan New Materials"), a positive electrode material company for sodium ion batteries, has recently completed tens of millions of yuan in financing.

We are explorers of sodium cathode materials. Drive the renewal of energy with the utmost diligence. In 2026, we are willing to work with you to create a new energy density and a new blueprint for the development of sodium.

The city has a "new" attraction - the "specialized, special and new" enterprise album column of the Taihu Lake Bay Science and Technology Innovation City, which entered Nayuan New Material Technology (Wuxi) Co., Ltd.

Recently, the 2nd China Lithium/Sodium Battery Materials Conference successfully concluded in Changsha, Hunan. At this highly anticipated industry event, Dr. Liu Zhongqing from Nayuan New Materials was awarded the "Young Talent Award" by the conference for his outstanding contributions in the field of sodium battery technology. At the same time, Nayuan New Materials also won the "Technological Innovation Breakthrough" award

Na Yuan New Materials Technology (Wuxi) Co., Ltd. has been awarded the "NEWi Pioneer Award for Outstanding Supplier in the Sodium Battery Material Industry" for its continuous innovative research and development in the field of positive electrode materials for sodium iron sulfate sodium NFS sodium ion batteries.

Yinxiu Capital believes that the NFS positive electrode material for sodium ion batteries has significant cost advantages and good performance potential, and has broad market prospects in energy storage, low-speed electric vehicles, and other fields.