Specializing in Nano‑New Materials, Empowering the Upgrade of the New Energy Industry | Jinghuang Technology Showcases Comprehensive Nanomaterial Solutions Across the Entire New Energy Value Chain at CIBF

From May 13 to 15, at the CIBF exhibition in Shenzhen, Shijiazhuang Jinghuang Technology Co., Ltd. Offering end-to-end solutions for high-purity nanomaterials across the entire new-energy value chain, including doping and coating modifications. Making its debut, the company showcases its core strengths—backed by mature manufacturing processes, scalable supply capabilities, and a product portfolio that seamlessly adapts to all scenarios—through Jinghuang Technology’s high-purity nanomaterials. Full coverage has been achieved across multiple technological pathways, including lithium batteries, sodium batteries, silicon-carbon anodes, and solid-state batteries. , injecting strong momentum into the high-quality development of the new energy industry.

Specializing in advanced new materials to power the new energy sector, Jinghuang Technology has been deeply engaged in the R&D and production of high-purity nanomaterials for over a decade. The company remains focused on delivering comprehensive doping and coating‑based material‑modification solutions for the new energy field, with technological innovation at its core and consistent quality as its foundation. Through meticulous craftsmanship and relentless pursuit of excellence, Jinghuang leverages its expertise to drive the iterative upgrading of the new energy industry, fulfilling its mission to advance the independent and controllable development of domestically produced advanced materials.

Leveraging its unique core manufacturing process, Jinghuang Technology has established a differentiated competitive edge in product offerings. Its high-purity nano‑powders boast key attributes such as exceptional purity, excellent dispersibility, uniform particle size, environmental friendliness, and an extensive product portfolio. The company can flexibly produce over 100 advanced materials—including magnesium, aluminum, zirconium, titanium, cerium, yttrium, and tungsten oxides—precisely tailored to meet the diverse application needs of power batteries, energy‑storage batteries, and consumer‑electronics batteries. Moreover, in response to customers’ specific requirements, Jinghuang offers end-to-end customized services for doping and coating modifications of both cathode and anode materials, providing one‑stop support from formulation design and pilot‑scale scale‑up to full‑scale production. This comprehensive approach addresses customers’ technical challenges and helps them enhance the core competitiveness of their products.

The iteration of new‑energy battery technology roadmaps is accelerating, and the performance requirements for high‑purity nanomaterials vary significantly across different approaches: in lithium‑ion batteries, the focus is on high purity, large specific surface area, and ease of coating and doping; by contrast, solid‑state and sodium‑ion batteries demand extreme chemical inertness, superior high‑temperature stability, and excellent interfacial compatibility. In response to these core industry challenges, Jinghuang Technology leverages advanced manufacturing processes, combined with… (High-purity preparation, precise particle-size control, dispersion modification, surface coating, specialized compounding, and comprehensive quality inspection) With six core technological capabilities, we have built a diversified and differentiated product portfolio that comprehensively addresses the full‑range application needs of new‑energy batteries, precisely resolving material‑compatibility challenges across various technological pathways.

End-to-end solutions that showcase robust technological capabilities.

• Lithium-ion Battery Doping and Coating Solutions : We have developed a portfolio of over 500 product models, optimizing the lattice stability of electrode materials through elemental doping and constructing a dense interfacial protective layer via surface coating. These strategies work in concert to suppress side reactions and mitigate volume‑induced degradation, thereby significantly enhancing battery cycle life, rate capability, and safety and stability. Our core additives include alumina, titanium dioxide, yttrium oxide, boric acid, aluminum phosphate, tungsten trioxide, strontium carbonate, magnesium carbonate, and others, providing comprehensive compatibility across all lithium‑ion battery application scenarios.
• Solid-State Doping and Coating Solution : More than 200 product models have been launched, leveraging elemental doping to optimize the bulk‑phase ionic conductivity of solid electrolytes and employing surface‑coating technologies to stabilize the electrode–electrolyte interface. These approaches achieve key objectives, including suppressing lithium dendrite growth, enhancing ionic conductivity, improving cycling performance, and bolstering thermal safety. Core additives include zirconia, titanium dioxide, lanthanum oxide, yttrium oxide, niobium oxide, aluminum phosphate, and others, thereby facilitating the industrialization and commercial deployment of solid‑state battery technology.
• Sodium-ion battery doping and coating solution : We have developed over 100 product variants by tuning the bulk phase structure of cathode materials through elemental doping and engineering a stable interface via surface coating, thereby synergistically suppressing phase transitions and side reactions, reducing interfacial impedance, and significantly enhancing the cycle life, rate capability, thermal stability, and storage safety of sodium‑ion batteries. Our core additives include titanium dioxide, magnesium oxide, copper oxide, calcium carbonate, iron oxide, zinc oxide, and others, aligning with the evolving needs of the sodium‑ion battery industry.
• Silicon–carbon anode: Doping and coating solution : We have developed over 50 product models, optimizing the intrinsic conductivity and structural toughness of silicon‑based materials through elemental doping, while employing surface coating layers to mitigate volume expansion and stabilize the solid–electrolyte interphase. These strategies effectively buffer the volumetric expansion of silicon–carbon composites, stabilize the SEI film, reduce interfacial impedance, and enhance both cycle life and rate performance. Key additives include lithium fluoride, aluminum oxide, titanium dioxide, copper oxide, boron nitride, graphite, carbon nanotubes, and others, driving breakthroughs in silicon–carbon anode technology.
• Customized Nanomaterial Solutions : We offer flexible production of over 100 types of nanopowders, covering a wide range of elements including aluminum, titanium, magnesium, zirconium, strontium, barium, boron, yttrium, lanthanum, and cerium. With more than 800 product models, we can swiftly tailor solutions to meet customers’ specific needs. In addition, we provide end-to-end technical support for doping, coating, and surface modification, empowering customers throughout the entire process—from R&D to large-scale production—and accelerating the commercialization of their products.

Leveraging superior product quality and expert technical services, Jinghuang Technology has established deep, value‑driven partnerships with leading new‑energy battery companies, including CATL, BYD, Pylontech, Farasis Energy, Guanyu Energy, Svolt, Ganfeng Lithium Battery, and Qingtao Energy. Its customer base spans the high‑end segments of the new‑energy industry chain, earning industry recognition and market trust through its proven capabilities, while fulfilling its responsibility to advance the domestic substitution of advanced materials.

Exhibition Review: A Wealth of Highlights and Substantial Achievements

During this year’s CIBF exhibition, Jinghuang Technology’s booth drew a steady stream of visitors and showcased a host of highlights, making it one of the event’s major attractions. The company welcomed over a thousand industry clients, partners, and professionals, secured multiple letters of intent for collaboration, and successfully achieved its anticipated objectives.

• ✅ Key products take center stage: flagship electro‑modified additives such as titanium dioxide, zirconium oxide, and yttrium oxide were all showcased, vividly demonstrating the core performance advantages of Jinghuang’s high‑purity nanomaterials and earning high praise from attendees.
• ✅ Tailored solutions delivered with precision: Led by the company’s Technical Director, we provide an in-depth analysis of the application rationale, performance advantages, and industry‑specific pain points of lithium‑ion battery modification additives, offering on‑site customers personalized, customized solutions that precisely align with their needs.
• ✅ Generous interactive perks: Scan the QR code to follow us and register your details to enter the lucky draw. 1,000 limited‑edition VIP gifts will be given away, drawing a large crowd of industry professionals and further boosting brand visibility.
• ✅ Deepened and upgraded collaboration with existing customers: We offer dedicated consultation slots and exclusive VIP gifts to pre‑booked clients, strengthening our longstanding partnerships, jointly exploring new application scenarios for our products, and working together to unlock fresh opportunities in the new energy sector.
• ✅ Professional and efficient technical support: Our expert technical team is on hand throughout the entire process, providing one‑on‑one assistance to address customer inquiries on product applications, process compatibility, custom R&D, and more—earning high praise through our dedicated expertise.

The exhibition has concluded, and a new journey is about to begin. This edition of CIBF 2026 not only served as a vital platform for Jinghuang Technology to showcase its core competencies and forge connections with industry partners, but also stood as a vivid testament to the company’s commitment to advancing the field of next‑generation nanomaterials and fulfilling its mission of domestic substitution. Rooted in nanotechnology and driven by technological innovation, Jinghuang Technology remains steadfast in its core values of uncompromising quality, reliable delivery, and technology‑enabled solutions. The company continues to invest deeply in process innovation, the R&D of high‑purity materials, and application‑oriented technical services, striving to become the most trusted supplier of cutting‑edge, high‑purity nanomaterials in the new energy sector.

The technological evolution of new‑energy batteries is an endless journey, and competition over key materials is intensifying. Only by staying committed to innovation and relentlessly pursuing quality can we take the lead in this era of industrial transformation. Looking ahead, Jinghuang Technology will use this exhibition as a fresh starting point to continuously break through technical bottlenecks, refine its product portfolio, and elevate service standards. Together with partners across the industry chain, we will unlock the high‑performance potential of lithium‑ion battery modifications, usher in a new era of leap‑forward battery performance, and write a new chapter in the domestication of high‑purity nanomaterials.