Euclid TechLabs LLC, Rockville, MD In collaboration with Accelerator R&D Group of Argonne National Laboratory Work is supported by the DOE, High Energy.

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Euclid TechLabs LLC, Rockville, MD In collaboration with Accelerator R&D Group of Argonne National Laboratory Work is supported by the DOE, High Energy Physics Microwave Absorber Development Euclid Techlabs is a DoE SBIR funded company specializing in advanced material development for accelerator physics applications, dielectric-based accelerator development, and "smart" materials technologies and applications. (

NEW MATERIALS FOR ADVANCED ACCELERATOR R&D:  FINE MICROWAVE CERAMIC FOR DIELECTRIC BASED ACCELERATOR. MULTIPACTING AND BREAKDOWN STUDIES  TUNABLE BST FERROELECTRIC FOR PULSE COMPRESSION AND POWER DISTRIBUTION FOR LINEAR COLLIDERS. BST FERROELECTRIC FOR TUNABLE DLA STRUCTURE  CVD DIAMOND DEPOSITION FOR CYLINDRICAL DIELECTRIC LOADED ACCELERATOR. HIGH POWER TEST AND MULTIPACTING SUPPRESSION  FULLEREN-BASED LC FOR ACTIVE MEDIA ACCELERATOR Developed materials

Microwave Ceramic/Absorber Development. Parameters Control

D10-50%+Si-50% Microwave Absorber Microwave absorber

Available Geometries

Vacuum and Microwave Parameters Control

The situation is that the absorber (I believe it's with the parameters close to those you asked for, I checked that) has as an important component Si, that is a really bad material for all the other types of microwave ceramic. Even making of a few samples just to measure losses and dielectric constant becomes a serious problem because of furnace and milling equipment dusted after that. So far I could not convince people to start working on that, in spite of I am pretty sure they could make it. Maybe if you can formulate more detail the possible volume of order, how often and how much you need, it would help. It could be a serious "push" to rent some additional space and set there some other equipment to demonstrate the possibilities.