Description

Overview

JM 13100 is a high-platinum-loading platinum-on-carbon electrocatalyst designed for PEM fuel cell applications, catalyst ink preparation and membrane electrode assembly fabrication. As a Pt/C catalyst material, it provides active platinum sites on conductive carbon support, helping support efficient electrochemical reactions in fuel cell electrodes. With a nominal platinum loading of 70 wt%, JM 13100 is suitable for applications requiring higher platinum content, compact catalyst layer design and advanced electrode formulation. It is widely used in hydrogen energy research, MEA development, fuel cell testing and pilot-scale electrochemical systems.

Key Features

High-platinum-loading platinum-on-carbon electrocatalyst material
Conductive carbon-supported catalyst structure
Nominal 70 wt% Pt/C catalyst composition
Suitable for PEM fuel cell catalyst layers and compact electrode formulation
Applicable to catalyst ink preparation and MEA fabrication
Designed for hydrogen energy research and electrochemical applications
Suitable for laboratory, pilot-scale and industrial evaluation
Reliable material option for advanced fuel cell electrode development

Technical Specifications

Applications

PEM fuel cell catalyst layers
Membrane electrode assembly fabrication
Catalyst ink preparation
Hydrogen energy systems
Advanced electrochemical electrode materials
Research and pilot production

Commercial Note

Prices shown on this page are indicative reference prices and may vary depending on quantity, packaging format and market conditions. Listed prices exclude VAT, shipping and any special handling or repacking services. Bulk orders, customized supply arrangements and distributor cooperation are available upon request. Please contact us for detailed quotations, product availability and technical support.