Ceramics

Stanford Advanced Materials (SAM) supplies a range of ceramics for thermal spray coatings.

Key ceramic properties:

Manufacturing process: Our ceramics are produced under controlled conditions. They exhibit mechanical, thermal and electrical properties that meet the requirements of various applications.

Aesthetic versatility: In addition to functional performance, our ceramics support aesthetic adaptation. They enable the creation of complex designs and artistic works.

Performance at high temperatures: The ceramics are tested for high temperature resistance. They are suitable in conditions that challenge conventional materials, thereby ensuring consistent performance and an extended service life.

Customisation: Our ceramics can be tailored to meet specific requirements. This includes modifications regarding electrical insulation, wear resistance, chemical stability or other defined properties.

Industries we supply:

Manufacturing: Our ceramics play a significant role in precision manufacturing. They exhibit measured hardness and wear resistance, thereby supporting their use in tools and machine components.

Architecture: Our ceramics provide architects and designers with a material option for varying projects. They are incorporated in both modern and traditional designs.

Research and Development: In research, our ceramics are used as a platform for controlled experiments. They provide consistent properties for various scientific applications.

Aerospace: In aerospace, ceramics are valued for their low density and verified load capacity. They are applied in components that require materials operating under high-performance conditions.

Reasons to choose our ceramics:

Quality assurance: Our ceramics are manufactured in line with recognised quality standards. They provide consistency in every product.

Technical consultation: Our ceramic experts offer consultation and technical support for selecting ceramics appropriate for specific projects.

Sustainability: Our ceramics are designed to be environmentally friendly and durable. They contribute to sustainable practices.