A new generation of hydrocarbon resins boosts the performance of high-frequency, high-speed copper-clad laminates.

Thanks to their unique molecular structure and outstanding electrical properties, hydrocarbon resins are emerging as a new generation of critical materials, serving as an important cornerstone for the advent of the 6G era and the era of high-performance computing (HPC).

How do low-dielectric hydrocarbon resins achieve “zero” loss signal transmission?

For 6G communications, millimeter-wave radar, and space satellites—fields that relentlessly pursue ultimate speed—reducing the Dk value is not merely about optimization; it’s a challenge that pushes the boundaries of physical limits. In this challenge, low dielectric hydrocarbon resin, with its unique molecular properties, is steadily approaching the ideal state of “zero” signal-loss transmission.

Application Practice of Disai New Materials’ High-Frequency, High-Speed Hydrocarbon Resin in the Millimeter-Wave Radar Field

With the rapid advancement of intelligent driving, 5G-A (5.5G), and future 6G communication technologies, the electronic circuits industry is facing an unprecedented materials revolution. In this wave of technological innovation, millimeter-wave radar—acting as the “eyes” of autonomous vehicles—has its core substrate performance directly determining the accuracy and detection range of its sensing capabilities. For a long time, the high-end, high-frequency substrate market has been monopolized by overseas giants. However, as domestic supply chains increasingly demand autonomy and controllability, local enterprises—represented by Disai New Materials—are achieving a critical breakthrough from “catching up” to “running alongside” through their independently developed high-frequency, high-speed hydrocarbon resin systems.

Key Materials for the 5G Era: Why High-Frequency, High-Speed Hydrocarbon Resins Have Become the “New Favorite” in the CCL Industry?

With the widespread adoption of 5G communication technology and the initiation of preliminary research on 6G, the electronics information industry has reached an unprecedented level of demand for signal transmission rates and quality. Against this backdrop, clad copper laminates (CCL)—the core substrate material for printed circuit boards (PCBs)—are undergoing a revolution in materials science. Among the many high-frequency, high-speed substrate solutions available, high-frequency, high-speed hydrocarbon resins, thanks to their outstanding dielectric properties, are gradually replacing traditional materials and emerging as a key raw material in the field of advanced electronic circuits.

Re-evaluating RF Circuit Material Costs: The Comprehensive Value of Hydrocarbon Resins

When developing new RF circuit products, cost control is a critical reality engineers and project managers must confront.

The Lifeline of Mass Production: How Carbon-Hydrogen Resins Ensure Dielectric Property Consistency at the Molecular Level

The exceptional dielectric consistency exhibited by high-performance, high-frequency, high-speed hydrocarbon resins stems precisely from elevating quality control from traditional “finished product inspection” to “full-process prevention and management.”