Our functional electronic ceramics and glass materials bring a new level of precision and reliability to advanced manufacturing, particularly in applications where dimensional stability and high printability are crucial. Here’s how our materials are designed to meet these rigorous demands:

Thanks to our specialized material selection and film-forming technologies, we successfully minimize shrinkage deviation during sintering. This results in an outstanding XY shrinkage tolerance of ±0.3%, ensuring the material maintains its precise dimensions even under high temperatures. This stability is essential for industries requiring consistent material performance and accuracy.

Our materials support high-density, high-precision machining with fine line and space (L/S) tolerances as narrow as 50μm/50μm. With these capabilities, our functional ceramics and glass materials are ideal for applications where intricate patterns and details are essential. The high printability allows for efficient production without compromising on detail or durability.

We offer a range of standard models tailored for diverse applications, with featured options that cater to specific requirements such as low dielectric constant, low loss, high strength, and high reflectivity. This versatility means clients can select the model that best meets their application needs or opt for customized solutions that address particular requirements, from size and thickness to unique material properties.

Beyond standard specifications, our team collaborates with clients to develop materials that align with their unique technical requirements. From custom sizes and thicknesses to the development of entirely new material characteristics, we provide personalized solutions to support innovative designs and challenging applications.

Our commitment to high dimensional stability, precise printability, and customizable options ensures that our functional electronic ceramics and glass materials deliver reliable, high-performance solutions across a variety of industries. Let’s connect to explore how our materials can bring added precision and quality to your projects!