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Read news and updates from Momentum Materials about advanced material innovations for clean energy and the sustainable future.
Carbon is one of the most versatile elements on the Periodic Table. It can be as soft as the graphite in a pencil or as strong as the carbon fiber reinforcing an aircraft wing. What separates these materials isn’t just their chemical composition, but their internal architecture. Mesophase pitch plays...
When customers select mesoporous carbon materials from Momentum Materials, one of the key questions is which carbon architecture best suits their catalysts in fuel cell stacks. On datasheets, we provide many pore size options with varied surface areas, which can be overwhelming. This guide explains how to choose mesoporous carbon...
When carbon materials are selected for energy applications, the decision is often driven by initial performance metrics and upfront cost. For example, conventional carbon black has remained the industry default in PEM fuel cells for decades, even though newer carbon materials have demonstrated significantly improved performance and durability. These...
Carbon is one of the most versatile elements on Earth. It can be as soft as the graphite in a pencil or as hard as a diamond. In the world of advanced materials engineering, however, not all carbon is created equal. For high-performance applications—from aerospace components to thermal management systems—engineers...
As a precursor for high-performance carbon materials, mesophase pitch selection directly determines final material performance. Different products require mesophase pitch with different properties to match their processing routes and target parameters. Here, we do our best to explain what matters when selecting mesophase pitch for carbon fibers, carbon/carbon composites, carbon...
The global push for clean energy solutions has placed hydrogen fuel cells at the forefront of technological innovation. From powering heavy-duty transport to providing stationary backup power, fuel cells offer a zero-emission alternative to combustion engines. However, the efficiency and durability of these systems often come down to materials science...
Mesophase pitch is a critical precursor for high-end carbon materials such as pitch-based carbon fiber, carbon foam, and high-surface-area porous carbon. Its price is shaped by a combination of factors rather than any single variable. Understanding these parameters is essential for sourcing mesophase pitch and managing costs. 1. Feedstock...
Download PDF MCP-4 for Silicon-Carbon Anodes This case study was conducted by a silicon-carbon anode materials manufacturer to evaluate Momentum Materials’ MCP-4 as a carbon support for silicon. The study was completed in 2025. Silicon’s Role in Pushing Battery Capacity Limits Silicon anodes are a promising alternative to conventional graphite...
Hydrogen fuel cells are one of the most promising zero-carbon solutions for heavy-duty and long-distance transportation. However, fuel cell lifetime remains a critical challenge—and catalyst durability is the main bottleneck limiting overall system life. Mesoporous carbon catalyst supports offer a practical and proven way to address this issue. How...
Download PDF Introduction This case study was conducted by a catalyst manufacturingcompany to evaluate and validate Momentum Materials’ NCP Supports™ as acatalyst support for hydrogen fuel cells. The study was completed in 2024. Momentum Materials®: Tunable Nanoporous Carbon Momentum Materials has developed NCP Supports™, an ordered nanoporous carbon material with...
Cost is one of the first questions our customers ask when evaluating mesoporous carbon for their applications. The answer usually depends on order quantity and product specifications. Here, I’ll try to do my best to outline the key factors that affect mesoporous carbon cost. Mesoporous carbon refers to carbon...
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