Tag Archive for: advanced materials
This month, NEI Corporation officially celebrates 29 years of driving advancements in the materials science industry. Founded in 1997 under our original name, Nanopowder Enterprises Incorporated (“NEI”), our organization built a powerhouse foundation in the emerging world of nanotechnology. Over nearly three decades, those core technologies have scaled, expanded, and evolved into the global advanced materials company we are today.
Following years of breakthrough funded contract research, NEI successfully transformed itself into a highly agile, commercial manufacturer. Today, we are proud to be a world leader in select industrial markets, recognized for our ability to design, develop, and produce advanced products tailored precisely to the application needs of our global customers.
Our current commercial portfolio reflects this steady growth and commitment to excellence:
- Functional & Protective Surface Coatings: Over 25 uniquely in-house developed coatings formulated for specialized performance and longevity.
- Next-Generation Battery Materials: An expansive suite of 95+ different battery products serving the forefront of modern energy storage technology.
- Specialty Materials & Characterization: Comprehensive materials synthesis coupled with testing and analytical characterization services.
All of our products, sold globally under the registered trademark NANOMYTE®, are fully backed by a strong suite of issued and pending patents. However, our technical capabilities tell only half the story. At our core, NEI is a solutions provider. We pride ourselves on working collaboratively with engineering teams around the world, closing the gap between raw materials and actual real-world application success.
As we mark this 29-year milestone, we extend our heartfelt gratitude to our customers, partners, and dedicated team members. Your shared vision and trust have been the cornerstone of our longevity. Thank you for your continued business, and we look forward to pioneering the next generation of materials solutions together.
Sincerely,
The NEI Team
NEI Corporation has expanded its advanced materials portfolio to include a new line of standard electrode sheets designed specifically for Aqueous Sodium-Ion (Na-ion) Battery Systems.
As researchers and developers continue to explore alternative battery chemistries, aqueous sodium-ion systems are gaining attention for their inherent safety and sustainability profiles. To support the evaluation and development of these systems, we have utilized our manufacturing capabilities to introduce reliable baseline anodes and cathodes optimized for aqueous environments.
These new electrode sheets provide a high-quality, standard baseline for laboratories and developers looking to test, validate, and advance their aqueous cell designs.
Available Aqueous Sodium-Ion Compositions
Our new product line includes Sodium-ion anode and cathode sheets, cast on carbon paper optimized for aqueous environments, providing a reliable baseline for your test cells.
- NANOMYTE® AQB-30E – Sodium Manganese Oxide (Na44MnO2)
- NANOMYTE® AQB-31E – Alpha-Manganese Dioxide (α-MnO2)
- NANOMYTE® AQB-61E – Iron Phosphate (FePO4)
- NANOMYTE® AQB-64E – Olivine Sodium Iron Phosphate (NaFePO4)
- NANOMYTE® AQB-90E – Sodium Vanadium Phosphate (Na3V2(PO4)3)
- NANOMYTE® AQB-200CE – Carbon-coated Sodium Titanium Phosphate (NaTi2(PO4)3)
Visit our Aqueous Battery Materials product page to learn more and download spec sheets.
Reliable Materials for Evaluation & Testing
Our primary focus is providing a consistent, dependable material foundation so you can focus on your data. By producing these materials in-house, we ensure strict quality control and predictable lead times for your testing pipelines.
Available Now for Testing
Whether you are looking to run initial feasibility studies or establish a reliable baseline for your ongoing research, our new aqueous sodium-ion electrodes are now available for order in quantities of 2, 5, 10, 25 sheets or more.
To request a quote or speak with a representative about your testing needs, submit an online inquiry form.
Looking for different specifications?
NEI understands that every battery development project is unique. In addition to our standard configurations, our electrode fabrication services can be adapted to fit your precise testing needs. We can work with you to accommodate specific active material loadings, alternative electrode compositions, customized coating thicknesses, or specialized substrates.
To make your custom request, fill out our quote form, select “Custom” under specifications, and let us know your requirements in the comments. Still have questions? Contact a Battery Expert.
About NEI Corporation:
For 29 years, NEI Corporation has provided advanced material solutions to customers worldwide. NEI excels in designing, developing, and producing application-specific materials. We offer a comprehensive range of solutions for Lithium-ion, Sodium-ion, Aqueous, & now Lithium Primary Systems. Beyond our product offerings, NEI’s materials science expertise extends through our extensive in-house development, characterization, and testing services. Whether you need a standard material baseline or a completely custom solution, NEI is your trusted partner from initial concept to commercial scale.
As global environmental regulations evolve and supply chain transparency becomes paramount for materials engineering, NEI Corporation remains dedicated to supporting our customers with regulatory data and compliant product options. To assist procurement teams that are currently auditing their supply chains to align with new state, federal, and international frameworks regarding Per- and Polyfluoroalkyl Substances (PFAS), we are highlighting the key solutions within our protective coatings portfolio that are engineered to meet these strict environmental standards.
Understanding the Standard: “No Intentionally Added PFAS”
In the industrial materials sector, verifying compliance requires careful technical distinction. When evaluating our portfolio for environmental documentation, we benchmark against the industry-recognized standard of “No Intentionally Added PFAS.” This means that during the chemical formulation and manufacturing of these specific product lines, no PFAS compounds, processing aids, or fluorinated surface treatments are introduced into the matrix. This approach provides a clear, reliable pathway for companies targeting strict regulatory compliance without sacrificing the surface properties, thermal stability, or chemical resistance their applications demand.
Compliant Solutions Within Our Portfolio
The following PFAS-free coating solutions are formulated to deliver exceptional performance characteristics entirely independent of fluorinated chemistries:
NANOMYTE® UVP-100
This highly transparent abrasion resistant coating is comprised of a highly efficient UV-absorbing ingredient that essentially blocks 90% of UV radiation with < 375 nm wavelengths.
UVP-100 Technical Data Sheet (pdf) ♦ UVP-100 Safety Data Sheet Part A (pdf) ♦ Part B (pdf)
NANOMYTE® SuperAi and SuperAi-UVP
Our hydrophobic, anti-ice coating eliminates the need for frequent maintenance by reducing ice adhesion and preventing dangerous ice buildup.
SuperAi Technical Data Sheet (pdf) ♦ SuperAi Safety Data Sheet (pdf)
For plastic or polymeric substrates that are prone to yellowing in direct sunlight, try our UVP formulation:
SuperAi-UVP Technical Data Sheet (pdf) ♦ SuperAi-UVP Safety Data Sheet (pdf)
NANOMYTE® SR-500EC and SR-500EC-UVP
With this easy-to-clean, oleophobic coating, soil and liquids simply slide off coated surfaces, thereby reducing deposits and extending the time between cleanings.
SR-500EC Technical Data Sheet (pdf) ♦ SR-500EC Safety Data Sheet (pdf)
For plastic or polymeric substrates that are prone to yellowing in direct sunlight, try our UVP formulation:
SR-500EC-UVP Technical Data Sheet (pdf) ♦ SR-500EC-UVP Safety Data Sheet (pdf)
NANOMYTE® TC-4001 and TC-4001-UVP
This nanocomposite, barrier coating for steel & aluminum bonds to bare, pretreated or painted metal surfaces and provides superior corrosion protection. Available with and without UV protection.
TC-4001 Technical Data Sheet (pdf) ♦ TC-4001 Safety Data Sheet (pdf)
TC-4001-UVP Technical Data Sheet (pdf) ♦ TC-4001-UVP Safety Data Sheet (pdf)
NANOMYTE® TC-5001 and TC-5001-UVP
This hard barrier, protective coating is designed to prevent metals, such as zinc-plated or galvanized steel, from corroding and offers high coverage and excellent cyclic performance. Available with and without UV protection.
TC-5001 Technical Data Sheet (pdf) ♦ TC-5001 Safety Data Sheet (pdf)
TC-5001-UVP Technical Data Sheet (pdf) ♦ TC-5001-UVP Safety Data Sheet (pdf)
Streamlining Your Compliance Audits
We understand that navigating material certifications can be complex. To support your internal auditing processes, our comprehensive Safety Data Sheets (SDS) are readily available for download at the links above or directly on our website product pages. For organizations requiring formal documentation for their environmental registries, NEI can provide a regulatory declaration letter verifying the non-intentional PFAS status of these specific product lines upon request.
If you are currently evaluating a specific application or need assistance matching a performance requirement with one of our compliant material options, our technical support team is here to assist.