Transforming Catalytic Reactions with MCS
At CycLX, we are enhancing nano-catalytic applications with our cutting-edge Meta-Catalytic Surfaces™ (MCS). Our proprietary catalytic platform utilizes 3D nano-engineered metallic surfaces to significantly improve the efficiency and performance of catalytic reactions.
Our mission is to introduce game-changing, plug-and-play heterogenous nano-catalyst technology that is robust, highly durable, and cost-competitive, enabling advancements in clean energy and fuel cells.
MCS: Nano-Engineered Technology
Our Meta-Catalytic Surfaces™ (MCS™) are continuous 3D nanostructured metallic thin films that serve both as powerful heterogeneous nano-catalysts and photocatalysts. Engineered with high surface area-to-volume ratios, these stable nano-surfaces significantly enhance reaction efficiency, speed, and overall catalytic performance.
Manufactured with precise atomic-level architectural control, MCS can be finely tuned for specific applications by adjusting their material composition, structural design, and size.
Enhanced Catalytic Activity
High Surface Area-to-Volume Ratio: Our 3D nanostructured MCS offer increased active sites for catalytic reactions.
Optimized Molecular Interaction: Promotes better adsorption and desorption of molecules, enhancing catalytic efficiency.
Accelerated Reaction Rates: Leads to faster reactions and more efficient electrochemical processes.
Angstrom-Level Precision
Atomic-Scale Fabrication: We grow MCS at the angstrom scale, achieving unparalleled precision in catalyst development.
Exquisite Nanostructure Control: Offers precise growth of our novel, structurally supported catalytic 3D nanostructures.
Application-Specific Tuning: Easily customized for specific reactions and applications by adjusting material composition and structural 3D features.
Environmentally Compatible
Durable Thin-Film Structure: Continuous thin-film design provides exceptional durability, prevents aggregation and extends lifespan.
Stable Active Sites: Uniform 3D distribution avoids the loss of active sites during operation, ensuring consistent catalytic performance.
Robust: Flow over reactor processing without leaching of active sites.
Innovate with Us!
We’re seeking collaborators and partners as we grow – reach out & let’s talk.
CycLX Inc. Livermore, California I Copyright © 2024-2025 I All Rights Reserved