Our CISS effect can be applied across a wide range of technologies:
The savings enabled by Chiral’s coatings have far-reaching economic and environmental benefits, making the production of countless materials and resources more efficient, cost-effective, and sustainable.
Chiral's Coatings for Electrolyzers
Benefits
01
Boosted Capacity
Chiral's coatings optimize cell operation and minimize electrical overpotential. As a result, more hydrogen is produced.
02
Spin-Aligned Efficiancy
By controlling electron spin, our coating creates a spin-polarized electric current. This reduces overpotential, resistance and waste.
03
Smaller, Smarter Systems
With increased hydrogen output per cell, there's less need to scale up hardware, leading to more compact, cost-efficient systems with reduced space requirements.
Integration & Compatibility
Our coatings integrate seamlessly into existing cells, without significant changes to structure or assembly. Its molecular design and ultra-thin profile make it easy to implement, even in retrofitted systems.
Integrating of Chiral's coatings to electrolyzers reduces CAPEX & OPEX, and eventually cuts green hydrogen costs.
Chiral's coatings for Batteries
Benefits
01
Extended Runtime
Batteries using our coatings can run longer on a single charge, providing more energy without increasing battery size or weight.
02
Smaller, Lighter Devices
Improved capacity allows manufacturers to reduce the number or size of cells needed—leading to smaller, lighter, and more compact devices.
03
Cost-Effective Implementation
Our nano-coatings are ultra-thin and highly adhesive, while delivering maximum performance gains—making them highly economical for large-scale production.
Effortless Integration
Designed for compatibility with standard battery assembly lines, our coatings can be integrated without modifying existing designs or workflows.
Using Chiral's coatings in batteries enhances performance and cuts electricity storage costs.
Chiral's coatings for Fuel Cells
Benefits
01
Boosted Efficiency & Capacity
In a similar manner toelectrolyzers, Chiral’s coatings on Fuel-Cell electrodes significantly enhance the cell’s efficiency and capacity. As a result, more power can be generated in the same fuel cell with less Hydrogen required to do so.
02
Smaller Systems, Less hydrogen
Our technology's implemintation leads to smaller fuel cells that require less re-fueling.
03
Smooth integration
Our nano-coatings are simple to integrate in existing system designs with minimal changes to cells and manufacturing lines.
Integration & Compatibility
With multiple Coating families, we have solutions for different fuel-cell configurations and operating conditions.
Chiral's coatings reduce Fuel-Cells’ CAPEX & OPEX, and reduce their size and weight.
Other Implementations
Chiral’s coating technology has the potential to enhance a wide range of electrochemical applications- anywhere electrical current flows from one medium to another.