It is a type of functional material that significantly enhances its optical, electrical, thermal, or other properties by adding rare earth elements to the base materials.

Core Advantages

●  High Performance

It enables superior electrical conductivity and long-term stability in electronic pastes, while achieving a minimal thermal conductivity coefficient for high-performance thermal insulation applications.

●  High Adaptability

Exhibits excellent substrate compatibility and is engineered for seamless application across planar, contoured, or complex geometric surfaces.

●  Environmentally Friendly

100% lead-free and fully compliant with domestic and international environmental standards.

Application Fields

●  Electronics Industry

Used for manufacturing thick-film circuits, thermistors, conductors, dielectrics, resistive pastes, and other electronic components.

●  Thermal Insulation

Extensively utilized to provide high-performance thermal insulation and heat preservation across various sectors—including pipelines, storage tanks, industrial furnaces, and architectural envelopes..

●  New Energy and Textiles

Utilized in the preparation of electrode pastes for high-capacity nickel-hydrogen power batteries and are essential for developing rare earth-based thermally regulated textiles, providing intelligent temperature control capabilities for adaptive apparel (e.g., warm in winter and cool in summer). 

Technical Specifications