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QSI-Nano ® Manganese Gas Diffusion Electrodes High Power Air Cathodes Combining the high purity and uniformity of its award-winning manganese catalyst with advanced dispersion techniques, QSI has developed a high-performance air breathing gas diffusion electrode for use in metal-air batteries and alkaline fuel cells that demand exceptional power performance. A WARD WINNING PERFORMANCE 40% INCREASED POWER TECHNICAL SPECIFICATIONS MAX WIDTH 4.5” LENGTH 1.0 – 8.0” THICKNESS 14.6 mils OCP (vs. Zn) 1.45 V V@ 10 mA/cm 2 1.36 V V @ 100 mA/cm 2 1.20 V j @ 1V 228 mA/cm 2 For orders and inquiries, please contact: [email protected] (714) 545-6266 www.qsinano.com TEM Image of 10nm QSI-Nano® Mn Particle 40% Power Increase at 1 V Relative to Commercial Standard Packaged QSI-Nano ® Gas Diffusion Electrode Strips Highly Uniform 10-20 nm QSI- Nano ® Manganese catalyst From Top to Bottom: Nickel Screen Current Collector, QSI Catalyst Layer, and Hydrophobic Teflon Layer (Patents Pending). © 2009 QuantumSphere, Inc. All Rights Reserved

QSI-Nano Manganese AWARD WINNING PERFORMANCE Gas … · QSI-Nano ® Manganese Gas Diffusion Electrodes High Power Air Cathodes Combining the high purity and uniformity of its award-winning

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Page 1: QSI-Nano Manganese AWARD WINNING PERFORMANCE Gas … · QSI-Nano ® Manganese Gas Diffusion Electrodes High Power Air Cathodes Combining the high purity and uniformity of its award-winning

QSI-Nano® Manganese Gas Diffusion Electrodes

High Power Air Cathodes

Combining the high purity and uniformity of its award-winning manganese catalyst with advanced dispersion techniques, QSI has developed a high-performance air breathing gas diffusion electrode for use in metal-air batteries and alkaline fuel cells that demand exceptional power performance.

AWARD WINNING PERFORMANCE

40% INCREASED POWER

TECHNICAL SPECIFICATIONS

MAX WIDTH 4.5” LENGTH 1.0 – 8.0” THICKNESS 14.6 mils

OCP (vs. Zn) 1.45 V V@ 10 mA/cm2 1.36 V V @ 100 mA/cm2 1.20 V j @ 1V 228 mA/cm2

For orders and inquiries, please contact: [email protected] (714) 545-6266 www.qsinano.com

TEM Image of 10nm QSI-Nano® Mn Particle

40% Power Increase at 1 V Relative to Commercial Standard

Packaged QSI-Nano® Gas Diffusion Electrode Strips

Highly Uniform 10-20 nm QSI-Nano® Manganese catalyst

From Top to Bottom: Nickel Screen Current Collector, QSI Catalyst Layer, and Hydrophobic Teflon Layer (Patents Pending).

© 2009 QuantumSphere, Inc. All Rights Reserved