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ThunderClad 5Q

TU-953Q is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-953Q electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-953Q laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

ThunderClad 5R

TU-953R is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-953R electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-953R laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

ThunderClad 5N

TU-953N is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-953N electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-953N laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

ThunderClad 4HZ

TU-943HZ is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-943HZ electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-943HZ laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

TU-865S

TU-865S CTI≥600 material is made of epoxy resin and E-glass fabric. It’s a halogen free material and design to have both features for harsh environment, high reliability application and superior electrical performance at the same time. TU-865S achieves flammability class of UL94V-0 by incorporating phosphorous and nitrogen compounds. The material is compatible with the AOI process and exhibit the UV-block characteristic. TU-865S P is prepreg designed for use with TU-865S laminate for making multilayer printed wire boards. TU-865S is also available for single/double sided application. This series of green materials eliminate the use of halogenated resins with excellent performance due to the potential hazardous effects from the environmental concerns. These products are suitable for boards that need to survive severe thermal cycling, or to experience excessive assembly work. TU-865S laminates also exhibit superior chemical resistance, dimensional stability and moisture resistivity for lead free soldering assembly and CAF resistance.

ThunderClad 4HN

TU-943HN is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-943HN electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-943HN laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

ThunderClad 4HR

TU-943HR is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-943HR electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-943HR laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

PegaClad 300

PegaClad 300 (Dk_3.0) designed for Antenna and Low-orbit satellites applications. It is an advanced hydrocarbon-based very low loss material, and capable for multi-layer circuit board design with excellent thermal reliability. PegaClad 300 is the solution for double side and multilayer radio frequency designs. PegaClad 300 material also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, and also compatible with modified FR-4 processes.

ThunderClad 4SN

TU-943SN is an advanced material designed for high speed computing, telecommunications, radio frequency super low loss filed applications. TU-943SN electrical performance is competitive with PTFE-based, hydrocarbon-based very low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-943SN laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.

ThunderClad 4SR

TU-943SR is an advanced material designed for high speed computing, telecommunications, radio frequency extreme low loss filed applications. TU-943SR electrical performance is competitive with PTFE-based, hydrocarbon-based extreme low loss materials, but capable for high layer count circuit board design with excellent thermal reliability. TU-943SR laminates also exhibit excellent moisture resistance, improved CTE, superior chemical resistance, thermal stability, CAF resistance, and also compatible with modified FR-4 processes.
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