Momentum Materials Releases Two New Mesoporous Carbon Product Variants
Momentum Materials, a leading provider of advanced materials, has expanded its proprietary NCP Supports™ line of nanoporous and mesoporous carbon products with the introduction of its new D-series of products. NCP Supports D-series offers the highest catalyst durability and includes two variants: NCP-D7X and NCP-D10Pro.
Enhance Catalyst Performance with NCP Supports™ D-Series: NCP-D7X and NCP-D10Pro
The newly launched NCP-D7X features a pore size of 7-8nm, while the pore size of NCP-D10Pro is 9-10nm. NCP-D7X offers the highest surface area at 530 m2/g, and NCP-D10Pro offers the best mass transport. Both products maintain the 3-dimensionally interconnected pore structure that characterizes the NCP Supports line while increasing the surface area. This unique architecture maximizes surface area access, enabling superior mass transport and catalyst utilization rates of up to 100%.
These performance enhancements make NCP-D7X and NCP-D10Pro particularly well-suited for use in proton exchange membrane (PEM) fuel cells and electrolyzers, where precise pore size control is critical for optimizing catalytic activity and efficiency. By offering tailored pore sizes, these new supports provide improved durability and enhanced electrochemical performance, addressing key challenges in clean energy applications.
With the addition of the NCP Supports D-series, Momentum Materials extends the pore size range of the NCP Supports product line from 7nm to 100nm, providing versatility for researchers and industry professionals seeking high-performance catalyst supports.
Driving Innovation in Sustainable Energy
Momentum Materials specializes in developing advanced carbon materials and catalysts that power innovations in clean energy. Whether in scientific research, or industry, we are committed to providing high-quality material solutions for the sustainable future.
To learn more about our nanoporous and mesoporous carbon catalyst supports and explore how they can enhance your applications, reach out to our team today.