370HR - Isola Group
370HR is a high performance (Tg) FR-4 system for multilayer PWB applications where maximum thermal performance and reliability are required.
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370HR is a high performance (Tg) FR-4 system for multilayer PWB applications where maximum thermal performance and reliability are required.
isola 370hr is used in thousands of PWB designs and has proven to be best in class for thermal reliability, this is typical values of isola 370hr data sheet.
Discover the key properties, benefits, and applications of Isola 370HR, a high-performance PCB material with excellent thermal stability, CAF resistance, and reliability for multilayer PCB designs.
370HR Laminate and Prepreg 370HR is a high performance 180°C glass transition temperature (Tg) FR-4 system for multilayer Printed Wiring Board (PWB) applications where maximum thermal performance and reliability are r...
Isola 370HR-Based PCBs: Fabrication, Assembly & Performance Advantages Isola 370HR is a high-performance FR-4 based PCB laminate engineered for multilayer PCB manufacturing and lead-free assembly. With a glass transit...
370HR is the industry's "best in class" lead-free compatible product for high-reliability applications across a wide range of markets.
PCL-FR-370HR The processing guidelines contained in this document were developed through in-house testing and field experience. However, they should be considered to be starting points that will require further adjust...
370HR laminates and prepregs, deigned by Polyclad, are made using a patented high performance 180°C Tg FR-4 multifunctional epoxy resin system that is designed for multilayer Printed Wiring Board (PWB) applications wh...
Isola FR-370HR laminate and PCL-FRP-370HR prepreg offer superior thermal reliability, low loss, and excellent mechanical strength. With a Tg of 180°C and stable electrical properties, they are ideal for high-speed dig...
We manufacture 370HR laminates and prepregs using premium E-glass fabric for superior conductive anode filament (CAF) resistance. 370HR offers excellent thermal performance with a low coefficient of thermal expansion ...