Maryam Moravej

Learn how ultra-high temperature ceramics TiB₂, ZrB₂, and HfB₂ combine high melting points, thermal conductivity, and industrial versatility.

Researchers are studying how boron nitride and its special properties can be used for advanced applications, including space radiation shielding, quantum systems, and smart clothing.

Discover how boron improves melting behavior in ceramic glazes and helps manufacturers overcome challenges posed by faster firing cycles and evolving regulations.

See how boron can be used in cement mixtures for specialized needs ranging from greater setting control to sulfate resistance to nuclear shielding.

Metal recycling and recovery are two sides of the same coin. Recycling is reprocessing scrap or waste metal into new products. Recovery is the process that extracts purified metal from scrap. Recycling and recovery of metals can come from scrap or from slag that is left over from a primary smelting operation.

See how boron’s properties make it an appealing choice for metal manufacturers looking to improve the strength, durability, and anti-corrosiveness of their metals.

Discover borates’ role in nuclear waste vitrification and how borosilicate glass provides a long-term option for containing radioactive materials.

Aluminum extrusion is becoming more productive, less wasteful, and safer due to boron nitride solutions. Discover how boron is enhancing efficiency in this critical process.

Higher shipping costs are straining the bottom lines of construction companies. Discover how boric acid can lower shipping costs by reducing gypsum board weight. All without compromising strength, safety, and quality.

Solar power offers exciting potential as a clean and endless energy source. Yet scaling it will require more efficient and durable products for harnessing the sun’s power. Discover how boron helps improve the performance and increase the lifespan of solar energy products.