Do-Fluoride New Materials Co., Ltd.
多氟多
002407
Shenzhen Stock Exchange
Company Profile
1. Advantages in Technological Innovation The company's technological innovation system spans the entire industrial chain, covering R&D, manufacturing, and downstream applications of various materials such as fluorine, lithium, silicon, and boron. It boasts multiple scientific research platforms, including a National Postdoctoral Research Workstation, National Accredited Laboratories, a National Master Craftsman Studio, the Henan Fluorine-Based New Materials Industry Research Institute, and the Henan Inorganic Fluorine Chemistry Engineering Technology Research Center. Leveraging the Henan Fluorine-Based New Materials Industry Research Institute as a platform, the company has established an organizational support system of "One Body, Two Wings, and One Center." It has jointly established the Fluorine-Based New Materials Joint Research Center with Tsinghua University, co-founded the Smart Elements Research Institute with Zhengzhou University, and collaborated with Henan Polytechnic University to build the New Materials Industry College. The company has undertaken 30 national-level projects, including the National High-Tech Research and Development Program (863 Program), the National Special Program for Enhancing the Core Competitiveness of Manufacturing Industry, the National Industrial Strengthening Program, and the National Industrial Foundation Reconstruction Program. Relying on its strong R&D team and advanced platforms, the company has forged an innovative development path of "patenting technologies, standardizing patents, and globalizing standards," achieving significant progress in fields such as new energy materials and electronic information materials. As of the end of the reporting period, the company has filed 1,735 patent applications, with 1,134 authorized patents (including 301 invention patents). It has led or participated in the formulation and revision of over 100 national and industry standards, 2 international standards, and developed 6 reference materials. 2. Cost Advantages With advanced technological processes and integrated advantages, the company has a complete industrial chain spanning "fluorine resources → hydrofluoric acid (HF) and electronic-grade HF → lithium fluoride → lithium hexafluorophosphate (LiPF₆) → lithium batteries." Focusing on LiPF₆ as a breakthrough point, it extends downstream into the battery industry chain, establishing a full layout from materials to batteries. Continuous cost reduction is achieved through technological innovations in lithium battery recycling processes. In the preparation of LiPF₆, the company has innovated reaction and crystallization processes, improving raw material conversion rates and single-unit plant capacity. By continuously iterating technologies, streamlining equipment, and applying automation, it has significantly enhanced cost control capabilities in raw material consumption per unit, energy use, and manufacturing expenses, demonstrating notable economies of scale. 3. Market Advantages Fluorine-Based New Materials Segment: With high-quality products and superior service systems, the company actively seizes market opportunities, achieving steady growth in order volume. It maintains strong business partnerships with multiple large-scale electrolytic aluminum manufacturers at home and abroad, signing strategic long-term contracts to build a broad and stable customer base. Meanwhile, its product exports remain stable, covering multiple regions and countries globally. New Energy Materials Segment: The company’s LiPF₆ is widely used by mainstream electrolyte manufacturers worldwide, with stable exports to South Korea, Japan, and other overseas markets. Its market share has been steadily increasing, deeply integrating into core links of the global lithium battery industry chain. Equity or technical cooperation projects have been established with numerous upstream and downstream customers in the new energy sector, deepening strategic synergy. 4. Informatization Advantages Guided by the "Three Smart Projects" (Talent Aggregation, Intelligent Manufacturing, and Smart Enterprise), the company has built a three-in-one digital transformation system centered on "standard leadership, platform support, and ecological collaboration." It has established a "two sessions, three tiers" digital governance framework and achieved full value chain integration through a "5+1" industrial internet platform matrix: Intelligent Design Cloud, Supply Chain Collaboration Cloud, Intelligent Manufacturing Cloud, Intelligent Logistics Cloud, Intelligent Service Cloud, and Industrial Big Data Platform. This matrix connects internal business processes while extending the reach and depth of external services. In production, the company has built an intelligent manufacturing system covering "unmanned factories → dark factories → screenless factories," with an equipment automation rate reaching 98%. In management, it integrates 12 systems including SAP and MES through a group management cockpit, forming a "five-in-one" control efficiency: real-time visibility across all scenarios, end-to-end process traceability, and unified management of all elements. Through a "three-chain coupling" mechanism, deep collaboration among the supply chain, manufacturing chain, and demand chain has been achieved, significantly improving order response speed and establishing a customized delivery system for customers. 5. Talent Advantages The company emphasizes strengthening its talent echelon, focusing on cultivating innovative talents to support high-level development. As of the end of the reporting period, it has 4 recipients of State Council special government allowances, 1 national-level "Hundred, Thousand, Ten Thousand" Talents Program member, 15 senior professionals, 1 Henan Provincial Academic and Technological Leader, 2 outstanding experts and distinguished professional technicians, 1 National Skilled Worker, 8 Henan Provincial Skilled Workers, and 5 high-level talents in Henan. The company has successfully established a review committee for senior professional titles in chemical engineering, becoming the first private enterprise in the province authorized to independently evaluate senior professional titles. It has also developed a "new eight-level skilled worker" training system, serving as one of Henan’s first certification institutions for special-grade and chief technicians. By cultivating talents in project construction and empowering them through digital transformation, the company promotes deep integration of talent and industry.
Full description
The company is primarily engaged in the research, development, production, and sales of high-performance inorganic fluorides, electronic information materials, lithium-ion batteries, and related materials. (1) Fluorine-based New Materials During the reporting period, the company's main fluorine-based new materials products included anhydrous aluminum fluoride, high molecular ratio cryolite, and anhydrous hydrogen fluoride. Aluminum fluoride and cryolite act as fluxes, effectively reducing the melting temperature of electrolytes during aluminum electrolysis and improving electrical conductivity. Anhydrous aluminum fluoride, with its high purity and extremely low impurity content, optimizes electrolyte molecular ratios, reduces hydrolysis losses in aluminum production, enhances aluminum ingot quality, lowers production costs, and significantly contributes to energy conservation, emission reduction, and product quality improvements for electrolytic aluminum enterprises. Anhydrous hydrogen fluoride serves as a fundamental raw material in the fluorine chemical industry, with extensive applications. It is primarily used as a precursor for refrigerants, fluoropolymers, fluorinated fine chemicals, inorganic fluorides, and other fluorinated compounds. Further purification enables its use in high-end manufacturing fields such as integrated circuits and battery electrolyte materials. (2) Electronic Information Materials The company's key electronic information materials products during the reporting period included electronic-grade hydrofluoric acid (EGHF), electronic-grade silane, other electronic-grade chemicals, and boron isotopes. Electronic-grade hydrofluoric acid is categorized by application into semiconductor-grade and photovoltaic-grade. Semiconductor-grade EGHF is used in integrated circuits, liquid crystal displays, and chip manufacturing, while photovoltaic-grade EGHF is widely applied in solar cell production, serving as one of the most critical electronic chemicals in this field. Electronic-grade silane (with purity up to 99.9999%, or 6N) and other electronic specialty gases are termed the "bloodline of wafer manufacturing." These are essential for semiconductor chips, TFT liquid crystal displays, photovoltaics, and advanced manufacturing sectors. They act as silicon precursors in chemical vapor deposition (CVD). Other electronic-grade chemicals include high-purity nano-silicon powder, high-performance silicon-carbon materials, high-purity fluorine gas, fluorine-nitrogen mixtures, electronic-grade nitric acid, electronic-grade ammonia, electronic-grade ammonium fluoride, and PI stripping liquids. These are utilized in electronics, semiconductors, new energy, photovoltaics, displays, and glass processing industries. Boron isotope products, such as boric acid-10, boron carbide-10, boron-11, elemental boron, and boron nitride, are critical for strategic emerging sectors like nuclear energy, healthcare, and semiconductors. (3) New Energy Materials The company's new energy materials during the reporting period comprised lithium hexafluorophosphate (LiPF₆), lithium bis(fluorosulfonyl)imide (LiFSI), sodium hexafluorophosphate (NaPF₆), and other electrolyte salts. Lithium hexafluorophosphate, as the core electrolyte lithium salt in lithium-ion battery electrolytes, is recognized for its optimal comprehensive performance in commercial electrolytes. Its purity and stability directly determine electrolyte ionic conductivity, electrochemical window, and battery high/low-temperature performance. Lithium bis(fluorosulfonyl)imide (LiFSI) offers high conductivity, thermal stability, and hydrolysis resistance. It is typically used as an electrolyte additive alongside LiPF₆ to enhance battery capacity and electrochemical performance. Sodium hexafluorophosphate (NaPF₆) serves as a key material for sodium-ion batteries, improving electrolyte conductivity and ionic transport efficiency while providing stable electrolyte environments, enabling partial substitution of lithium salts in energy storage applications. (4) New Energy Batteries The company's primary new energy battery products during the reporting period included cylindrical batteries, pouch cells, square aluminum-shell lithium-ion batteries, and sodium-ion batteries. These batteries are deployed in new energy vehicles, electric two- and three-wheelers, large-scale distributed energy storage, industrial/commercial energy storage, residential energy storage systems, and portable energy storage devices.