Noise countermeasure components and electromagnetic wave absorbers in the millimeter wave band. Made of ceramics for increased longevity and improved reliability!
"Radio Wave Absorbing Ceramics" are primarily composed of alumina, which provides heat resistance and corrosion resistance, and they do not undergo aging changes or emit gases. Therefore, compared to conventional rubber sheets and resin products, they lead to longer lifespan and increased product reliability. [Features] ◎ Effective in high-frequency bands Eliminates noise from 20GHz to 100GHz ◎ Excellent heat resistance Inorganic material allows for heat resistance up to 400℃ ◎ Excellent weather resistance No aging changes, suitable for long-term outdoor use
Inquire About This Product
basic information
For more details, please download the PDF or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
Millimeter wave communication, millimeter wave radar, satellite communication, optical communication, etc. *For details, please download the PDF or feel free to contact us.
catalog（3）
Download All Catalogs
Company information
Our company conducts daily research and development in press technology with the theme of "lighter, thinner, smaller, and shorter" in the electronics field, and in the engineering field, we aim to enhance our processing equipment through capital investment to create products that are more precise, have shorter lead times, and are cost-effective. 1. Excellent mass production technology We have established production technology tailored to customer needs through rigorous powder management using spray dryers, mold design by specialized staff, and advanced mold forming techniques. 2. Custom orders from small lots We have built a system that can accommodate small quantities and a variety of products, aiming to achieve timely delivery tailored to customer requests through advanced processing technology. 3. Detailed customer support As professionals in ceramics, we provide and propose products that meet your satisfaction.