“Your Dreams, Our Challenge”
Established 100 years ago, AGC has evolved into a world leading supplier of : architectural / automotive glass, electronic materials such as CMP slurries and silicon carbide, chemicals including fluoro products and refrigerant gases, ceramics such as refractory materials and now mult i m aterials.
AGC’s multi material division is focused on the development of dielectric substrates for high frequency electronics such as high -speed wired and wireless communication, intelligent vehicle, aerospace & defense and next generation satellite communication.
www.agc -multimaterial.com
AGC’s Multi Material division develops and manufactures a full range of RF and Digital Materials, including thermoset and thermoplastic copper clad laminates and prepreg / bondply substrates, which provide high reliability and superior thermal, mechanical and electrical performance.
Thermoplastic material s are designed for critical RF/Microwave components, antennas, power amplifiers and subassemblies. Superior mechanical and electrical performance make the PTFE resin system the material of choice for your lowest loss, high frequency applications .
Thermo set materials ar e intended for use in core routers, high speed switches, supercomputers, next - generation radio communication and applications where low signal attenuation, high reliability and high data transfer rates are critical.
PPE / Modified Epoxy / Polyimide Laminates
Note :
Optical measurements (e .g. Bruker Optical Measurements)
* Above copper foil types may not be available for all AGC products, please contact your technical service representative with questions.
Roll ed -Ann ealed Copper (Treated surface ) x 3,000
Roll ed -Ann ealed Copper (Cross section) x 1 ,000
Ultra Low Profile Copper (Treated surface ) x 3 ,000
Ultra Low Profile Copper (Cross section) x 1,000
Resistor foils available upon request.
Optical measurements are not accurate to characterize the differences between ultra low profile and rolled -annealed copper. Scanning electron microscope analysis shows a very comparable surface roughness. Insertion loss comparisons are available by request.
