Combustion synthesis

1 mention

A manufacturing method for creating ceramic materials by mixing boron with organic fuels (like urea) and metal nitrates in a box furnace at temperatures below 750°F (400°C). The organic fuels and nitrates ignite, generating heat that drives the reaction without requiring external power.

Read the full profile on Combustion synthesis

Subscribers get an in-depth intelligence profile — leadership, scale, partners, regulatory context, and the latest milestones.

Subscribe to read more →

Often mentioned with · Organizations

University of California San Diego

institution 1 mention

National Science Foundation

Scientific Research Funding

gov USA 1 mention

Often mentioned with · Locations

Often mentioned with · Projects

Hydrogen Storage Materials Research

Development of new ceramic materials for hydrogen storage using combustion synthesis, combining barium hexaboride, calcium hexaboride, and strontium. The project aims to create efficient and safe hydrogen storage solutions.

under construction 1 mention

Often mentioned with · Products

Ceramic hexaboride hydrogen storage materials

New ceramic materials composed of barium hexaboride, calcium hexaboride, and strontium, designed to store and release hydrogen efficiently. Manufactured using combustion synthesis at lower cost and faster production times than traditional methods.

Often mentioned with · People

United States 1 mention

Often mentioned with · Research studies

Development of new ceramic materials for hydrogen storage

In the news (1)

New hydrogen storage research leads to development of promising materials

12 years 2 months ago

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.