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SHENZHEN, China, May 15, 2026 – TOB NEW ENERGY, a globally active provider of high‑end battery manufacturing equipment and integrated engineering solutions, today marked the successful conclusion of its participation in the 18th China International Battery Fair (CIBF2026). As the show closed, the company’s newly presented complete solid-state battery laboratory solution stood out as a focal point for visitors evaluating next‑generation battery R&D infrastructure. Throughout the three‑day event, TOB NEW ENERGY’s booth(8T086) drew a sustained flow of battery manufacturers, materials companies, and research professionals. At the heart of the display was a fully operational solid‑state battery laboratory system covering the entire workflow—from material handling and electrode preparation to cell assembly and formation testing. The entire system operates inside a dry‑room environment, a critical prerequisite for moisture‑sensitive materials such as sulfide, oxide, and polymer‑based solid electrolytes. Alongside the solid‑state system, TOB presented its well‑established one‑stop solutions for lithium‑ion and sodium‑ion batteries, including scalable battery lab line, battery pilot line configurations and high‑throughput battery production line equipment for coin, cylindrical, pouch, and prismatic cell formats. Together, these exhibits illustrated the company’s ability to bridge the gap from early‑stage material research to mass production—a competence built over 24 years of dedicated battery engineering. Direct Engagement and Impressive Prospects Throughout CIBF2026, Dr. Dany Huang and Marketing Director Amy Wang were present on the booth, engaging directly with hundreds of visitors. Conversations ranged from technical details of solid‑electrolyte processing and electrode engineering to the configuration of entire pilot lines for novel battery chemistries. The live solid‑state laboratory demonstration proved especially attractive, triggering in‑depth discussions on reproducibility, throughput, and industrial readiness. By the exhibition’s closing, TOB NEW ENERGY had recorded a high volume of qualified leads and confirmed that numerous visitors expressed concrete intentions to proceed with orders for laboratory setups, pilot lines, and associated services. In addition, several preliminary strategic partnership agreements were set in motion with international battery developers and materials innovators, further expanding TOB’s global footprint. “CIBF2026 confirmed that solid‑state battery technology is no longer a future ambition—it is today’s industrial engineering challenge,” said Dr. Huang. “Our job is to provide the scalable, validated equipment infrastructure that makes the transition from laboratory discovery to factory‑floor profitability predictable. With 24 years of battery‑specific engineering behind us, we are ready to deliver exactly that.” A Focus on Solid‑State Manufacturing Transitioning from liquid‑electrolyte lithium‑ion to solid‑state ar...

XIAMEN, CHINA — TOB NEW ENERGY, a globally recognized provider of integrated battery manufacturing solutions, is pleased to announce its participation in the 18th China International Battery Fair (CIBF 2026), which will take place from May 13 to 15, 2026 at the Shenzhen World Exhibition & Convention Center. The company will exhibit at Booth 8T086, where it will present its comprehensive capabilities across the full battery value chain — from laboratory-scale research and development through pilot-scale validation to full-scale mass production. The centerpiece of TOB NEW ENERGY’s showcase will be its cutting-edge solutions for battery lab lines, battery pilot lines, battery production lines, and specialized systems for solid-state batteries, sodium-ion batteries, and lithium-ion batteries. CIBF 2026: A Global Platform for Battery Innovation Organized by the China Industrial Association of Power Sources (CIAPS), CIBF 2026 stands as the world’s largest and most influential battery technology exhibition. The 18th edition will convene over 3,100 exhibitors and attract an estimated 350,000 professional visitors from across the globe, spanning 280,000 square meters of exhibition space. Under the theme “Linking the Globe · Empowering Green · Driving the Future,” the event serves as a premier platform for unveiling breakthrough technologies, forging strategic partnerships, and shaping the trajectory of the global energy storage industry. The concurrent Advanced Battery Frontier Technology Symposium will feature dedicated sessions on solid-state and next-generation battery systems, sodium-ion technologies, advanced lithium-ion chemistries, smart manufacturing, and digital twin applications — reflecting the industry’s accelerated transition toward higher energy density, enhanced safety, and sustainable production. Book a Meeting at Booth 8T086 Comprehensive Battery Manufacturing Solutions TOB NEW ENERGY has built a strong reputation as a one-stop partner for the new energy battery sector, serving over 2,000 clients across more than 20 countries since its founding. The company’s exhibit at Booth 8T086 will highlight three core manufacturing solution tiers that address every stage of battery development and production: Battery Lab Line Solutions — For academic institutions, corporate R&D centers, and national laboratories, TOB NEW ENERGY delivers fully customized laboratory-scale battery lines that encompass facility design, precision equipment configuration, and comprehensive researcher training. These solutions enable clients to validate new materials, optimize electrode formulations, and develop novel cell chemistries under precisely controlled conditions. The company’s lab lines are engineered for maximum experimental flexibility while maintaining industrial-grade accuracy and repeatability. Each lab line installation is tailored to the client’s specific research objectives, whether focused on lithium-ion, sodium-ion, solid-state, or emerging battery chem...

Dear Valued Customers and Partners, Please be informed that TOB NEW ENERGY will be observing the upcoming International Labor Day holiday. Our offices and production facilities will be temporarily closed from May 1st, 2026, to May 5th, 2026. We will resume normal operations on Wednesday, May 6th, 2026. During this short break, our commitment to advancing your battery technology projects remains steadfast.     Continuous Support for Your Battery Projects While our physical offices are closed, our digital resources are always available to keep your research and production moving forward. Whether you are scaling up lithium-ion production lines, exploring sodium-ion technologies, or pushing the boundaries of solid-state battery R&D, you can continue to explore our solutions online: Upgrade Your Production Line: Explore our comprehensive range of advanced Battery Manufacturing Equipment, including precision slurry mixers, high-efficiency vacuum coaters, and advanced assembly machines for cylindrical and pouch cells. Source High-Quality Components: Browse our premium Battery Materials to ensure your production cycles run without delay. Technical Insights: Access deep-dive engineering logic and industry insights in our Technical Blog. Inquiries and Urgent Contacts Any inquiries, technical support requests, or orders placed during the holiday period will be prioritized and processed promptly upon our return on May 6th. For urgent matters regarding ongoing equipment layouts or order deliveries, please contact your dedicated account manager directly via email or contact via mobile phone. Amy Wang: Email: tob.amy@tobmachine.com Mobile Phone: +86-18120715609 We appreciate your continued trust in TOB NEW ENERGY as your reliable partner in the global battery industry. Wishing you a restful and joyful holiday! Sincerely, The TOB NEW ENERGY Team www.tobmachine.com

As the global energy storage and battery manufacturing industries continue to evolve at an unprecedented pace, sodium-ion battery technology is rapidly emerging as one of the most closely watched alternatives to traditional lithium-ion systems. In 2026, this shift is no longer confined to laboratory research or early-stage pilot projects; instead, it is beginning to reshape real-world manufacturing strategies, supply chain decisions, and—critically—the demand for specialized battery production equipment. For equipment manufacturers and battery developers alike, the rise of sodium-ion batteries is not merely a technological trend. It represents a structural change in how batteries are designed, processed, and scaled. This transition is driving a new wave of requirements for flexibility, precision, and adaptability in battery manufacturing equipment, particularly in research laboratories, pilot production lines, and small-scale industrial deployments. From a materials perspective, sodium-ion batteries differ significantly from their lithium-based counterparts. While lithium-ion systems rely heavily on scarce and geographically constrained resources such as lithium, cobalt, and nickel, sodium-ion batteries utilize more abundant and widely distributed raw materials. This fundamental difference not only reduces cost pressures but also alters the physical and chemical properties of electrode materials. As a result, conventional equipment configurations—originally optimized for lithium-ion chemistries—often require modification or complete rethinking when applied to sodium-ion systems. One of the most immediate impacts can be observed in electrode preparation and coating processes. Sodium-ion cathode and anode materials typically exhibit different particle morphologies, tap densities, and slurry behaviors compared to lithium-ion materials. These variations directly influence slurry mixing uniformity, coating stability, and drying performance. In practical terms, this means that coating technologies such as slot die coating systems must be capable of handling a wider viscosity range while maintaining high precision and consistency. To address these challenges, advanced coating solutions—such as precision-controlled slot die coating machines equipped with stable metering pump systems—are increasingly being adopted in sodium-ion battery research and pilot production. Equipment configurations that support single-sided and double-sided coating, as well as compatibility with glove box environments, are particularly valuable for early-stage material validation. These capabilities allow researchers to maintain strict environmental control while achieving uniform coating thickness, which is critical for performance consistency. In addition to coating challenges, the electrode calendering processes used in electrode densification are also affected. Sodium-ion electrodes often require different compaction strategies due to their distinct structural characteristics...

Today, the atmosphere at Xiamen TOB New Energy Technology Co., Ltd. (hereinafter referred to as "TOB New Energy") was vibrant and welcoming, as a unique cross-industry exchange event aimed at breaking down sectoral barriers and promoting resource connectivity successfully concluded here. Representatives from over ten enterprises spanning luggage manufacturing, label paper production, stone processing, and eco-friendly product R&D gathered to explore new opportunities and solutions for development under the new quality productive forces through site visits, executive dialogues, and in-depth discussions. The event commenced with a welcome speech by TOB CEO Dany Huang, Ph.D., who extended a warm greeting to all entrepreneurs and expressed hopes that this "cross-boundary" exchange would bring fresh perspectives to each company’s growth. Following this, Mr. Huang, along with the company’s sales management team, generously shared insights on corporate management and marketing strategies. During the experience-sharing session, TOB New Energy’s Sales Director Amy Wang took the stage first, drawing on his more than ten years of frontline team leadership to analyze the company’s "evergreen" secret. She noted that since its founding, TOB New Energy has been committed to building a "unified and driven" combat-ready team. By stabilizing core members, aligning strategic goals, and channeling collective efforts toward the mission of "expanding and strengthening the company," the organization has maintained a positive momentum of sustained growth. Next, Gavin Zhu a seasoned Sales Manager with over a decade of hands-on sales experience, shifted perspectives to offer a pragmatic "sales masterclass" from the viewpoint of buyer psychology and deal-making logic. His clear analysis and relatable case studies struck directly at common business pain points, sparking strong resonance and applause from attendees. In the subsequent interactive discussion, the atmosphere reached a climax. Representatives from various companies opened up about their respective industries, sharing valuable insights. Amidst the collision of ideas, TOB New Energy also gained precious market feedback and suggestions from diverse angles, achieving mutual learning between teacher and student. Notably, this event was not merely a one-way transfer of experience but served as a "refueling station" for self-assessment and renewed momentum. At the meeting, over ten business leaders and executives reviewed operational performance over the past half-month, highlighting achievements such as order growth, cost optimization, and expanded distribution channels, while also candidly addressing current challenges. Based on these reflections, each enterprise set forth its mid-month sprint goals: some plan to accelerate new product development cycles to seize market opportunities; others will focus on deepening regional market penetration to boost brand influence; still others keenly seized the moment to propose ...

A research team led by Professor Xu Yunhua from Tianjin University, in collaboration with Professor Huang Fei’s team at South China University of Technology and other institutions, has successfully developed a new type of organic cathode material, overcoming long-standing bottlenecks that have limited the practical application of traditional organic lithium batteries, such as low energy capacity and slow charging. The findings were published online on February 19 (Beijing time) in the international academic journalNature. In the wave of technological revolution and energy transition, lithium batteries have become the "energy heart" of modern society, playing an increasingly vital role. Currently, most mainstream lithium battery cathodes are made from inorganic minerals such as cobalt and nickel, which face multiple challenges including resource scarcity, high cost, and limited flexibility. In contrast, organic electrode materials offer advantages such as abundant sources, flexible molecular design, and inherent softness. However, batteries using these materials often suffer from insufficient energy capacity or slow charging, significantly hindering their path to commercialization. To address this dilemma, the research team built upon a novel conductive polymer material and systematically optimized the "synergistic transport" efficiency of electrons and lithium ions within the material. This led to the successful development of an organic cathode material that combines excellent electronic conductivity, rapid lithium-ion transport, and high energy storage capacity. Using this material, the team fabricated an organic pouch cell with an energy density exceeding 250 watt-hours per kilogram—surpassing the widely used lithium iron phosphate (LFP) batteries. The battery demonstrated remarkable temperature adaptability, operating stably across a wide range from -70°C to 80°C. It also exhibited good flexibility and safety. Performance chart of the organic pouch cell. (Image provided by Tianjin University) Experiments showed that the electrodes remained undamaged under bending, stretching, and external compression, with no loss of capacity. Furthermore, the pouch cell passed rigorous nail penetration safety tests, confirming its safety performance. Professor Xu Yunhua noted that these achievements lay a critical material foundation for the future development of "green batteries." The material’s flexible characteristics also open up new energy storage solutions for emerging fields such as flexible electronics and wearable devices. According to reports, the team is accelerating efforts to translate the technology into practical applications and promote industrialization. They are working to establish production lines for organic pouch cells and actively exploring their commercial potential.

TOB NEW ENERGY has officially resumed operations today, and we wish everyone aprosperous, successful, and smoothstart. May this year bring you new opportunities, continued growth, and abundant good fortune in all that you do. Let’s work together to make it our best year yet!

Dear Valued Customers and Partners, As the Chinese New Year approaches, TOB NEW ENERGY would like to sincerely thank you for your continued trust and cooperation throughout the past year. In celebration of the Chinese New Year holiday, our company will be closed according to the following schedule: Holiday Period: February 9, 2026 – February 25, 2026 Work Resumes: February 26, 2026 During this period, regular business operations, including order processing, logistics coordination, and on-site technical support, may be temporarily affected. We kindly recommend that customers make necessary arrangements in advance to avoid any inconvenience. Emergency Contact Information For urgent matters during the holiday period, please contact: Amy Wang Email: tob.amy@tobmachine.com Mobile: +86-18120715609 We will do our best to respond and provide support as promptly as possible. Season’s Greetings from TOB NEW ENERGY On behalf of the entire TOB NEW ENERGY team, we would like to extend our warmest wishes to you and your family for a joyful, healthy, and prosperous Chinese New Year. May the Year ahead bring you success, innovation, and new opportunities. We look forward to continuing our collaboration and supporting your battery research, pilot production, and manufacturing projects in the coming year. Thank you for your understanding and continued support. TOB NEW ENERGY One-stop Battery Manufacturing Solutions Provider