Refractory Metal Oxides

About refractory metal oxides

Refractory metal oxides are used by manufacturers of refractory and building ceramics. They produce materials for a range of industries and offer high heat and wear resistance.

Stanford Advanced Materials (SAM) manufactures refractory metal oxides and refractory ceramic fibre materials in various grades for specific applications and industries.

Main features of refractory metal oxides:

High temperature tolerance: Our refractory metal oxides retain their structural integrity under high-temperature conditions. They continue to perform even when exposed to significant heat.

Precision manufacturing: Our metal oxides are produced to strict dimensional specifications. They support applications that require precise measurement and consistency.

Electrical properties: Their measured electrical conductivity and insulation render them suitable for electronics and energy applications. They assist in efficient energy transfer and heat dissipation.

Various applications: Our refractory metal oxides are employed in aerospace, electronics, manufacturing, and energy sectors. Their high melting points enable these applications.

Industries we supply:

Aerospace: In aerospace, refractory metal oxides are used to manufacture components that withstand high-temperature conditions.

Electronics: Our materials are incorporated into electronic devices. They provide efficient energy transfer and effective thermal management.

Manufacturing: Precision manufacturing processes utilise our high-melting metal oxides. They produce components that maintain their performance under demanding conditions.

Energy: Our materials are applied in fuel cells and batteries, thereby supporting advances in sustainable energy systems.

Reasons to select our refractory metal oxides:

Quality assurance: Our metal oxides undergo rigorous tests to comply with industry standards. They deliver reliable and consistent performance.

Technical expertise: Expert advice is provided to assist in selecting the appropriate refractory metal oxides for specific applications. Support is available throughout the process.

Sustainability: Our materials contribute to environmentally friendly manufacturing and energy practices. They enable the production of long-lasting components and efficient systems.