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JPCA SHOW 2026 | desytek New Materials invites you to join us in Tokyo!

Group News

JPCA SHOW 2026 | desytek New Materials invites you to join us in Tokyo!

2026-06-04

Books Nourish the Heart, Shared Reading Fuels Growth — The desytek New Materials World Book Day Themed Sharing Session Concluded Successfully

Group News

Books Nourish the Heart, Shared Reading Fuels Growth — The desytek New Materials World Book Day Themed Sharing Session Concluded Successfully

2026-06-04

Cultivating Results-Oriented Thinking to Empower Management Transformation — The Company Successfully Hosted the Second “Please Deliver Results” Book Club Event

Group News

Cultivating Results-Oriented Thinking to Empower Management Transformation — The Company Successfully Hosted the Second “Please Deliver Results” Book Club Event

2026-06-04

The critical synergistic effects of silane coupling agents in composite materials and sealants

Industry News

The critical synergistic effects of silane coupling agents in composite materials and sealants

In modern materials science, the strength and stability of interfacial adhesion directly determine the performance of end products. Silane coupling agents, as organosilicon compounds with a unique molecular structure, are aptly described as “chemical bridges” because their molecules simultaneously possess inorganic‑affinitic groups that bond with inorganic materials and organic‑affinitic groups that bond with organic polymers.

2026-04-07

5G and the Core of Advanced Semiconductor Packaging: Exploring the Critical Role of BCB Material (Benzocyclobutene) and Future Trends

Industry News

5G and the Core of Advanced Semiconductor Packaging: Exploring the Critical Role of BCB Material (Benzocyclobutene) and Future Trends

The semiconductor industry is entering a new era of “beyond Moore’s Law.” In this transition, benzocyclobutene (BCB) materials, owing to their outstanding electrical performance and process reliability, have become indispensable key materials in the field of advanced semiconductor packaging.

2026-04-03

Group News

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

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

2025-12-11

With the rapid advancement of intelligent driving, 5G‑A (5.5G), and future 6G communication technologies, the electronic circuit industry is undergoing an unprecedented materials revolution. In this wave of technological innovation, millimeter-wave radar—often referred to as the “eyes” of autonomous vehicles—depends critically on the performance of its core substrate, which directly determines detection accuracy and range. For a long time, the high‑end, high‑frequency substrate market has been dominated by overseas giants; however, as domestic demand for supply‑chain self‑reliance and controllability grows,本土 enterprises led by Disai New Materials are achieving a pivotal breakthrough—from “catching up” to “keeping pace”—by leveraging a self‑developed high‑frequency, high‑speed hydrocarbon resin system.

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Key Materials in the 5G Era: Why Are High-Frequency, High-Speed Hydrocarbon Resins Becoming the Copper-Clad Laminate Industry’s New Favorite?

Key Materials in the 5G Era: Why Are High-Frequency, High-Speed Hydrocarbon Resins Becoming the Copper-Clad Laminate Industry’s New Favorite?

2025-12-02

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

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Reassessing the Material Costs of RF Circuits: The Full Value of Hydrocarbon Resins

Reassessing the Material Costs of RF Circuits: The Full Value of Hydrocarbon Resins

2025-10-21

By comprehensively evaluating the total cost of ownership (TCO) of RF circuit materials, we have found that high-performance materials—such as high-frequency, high-speed hydrocarbon resins—deliver far greater overall value than their listed prices suggest.

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The Lifeline of Mass Production: How Hydrocarbon Resins Ensure Consistent Dielectric Properties at the Molecular Level

The Lifeline of Mass Production: How Hydrocarbon Resins Ensure Consistent Dielectric Properties at the Molecular Level

2025-10-21

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 “end-to-end prevention and management.”

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Key Process Considerations in the Manufacturing of High-Frequency, High-Speed Hydrocarbon Resin PCBs

Key Process Considerations in the Manufacturing of High-Frequency, High-Speed Hydrocarbon Resin PCBs

2025-10-21

Although high‑frequency, high‑speed hydrocarbon resins exhibit excellent processability, achieving optimal results still requires close attention to critical steps such as lamination and drilling. A thorough understanding of these process fundamentals, coupled with expert mastery, is essential for ensuring both high yield and superior performance in production.

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Core Requirements for 5G Antenna Substrate Materials and the Value of Hydrocarbon Resins

Core Requirements for 5G Antenna Substrate Materials and the Value of Hydrocarbon Resins

2025-10-21

High-frequency, high-speed hydrocarbon resins have become the ideal choice for 5G antenna substrates thanks to their outstanding performance in these applications. Their key advantages lie in their exceptional “purity” and “stability.”

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High-Frequency Material Selection Comparison: Hydrocarbon Resins vs. Conventional Materials — An In-Depth Analysis

High-Frequency Material Selection Comparison: Hydrocarbon Resins vs. Conventional Materials — An In-Depth Analysis

2025-10-21

The introduction of high‑frequency, high‑speed hydrocarbon resins has precisely filled the substantial market gap between PTFE and FR‑4. As a thermosetting resin, it achieves ultra‑low dielectric loss comparable to that of PTFE through sophisticated molecular engineering and advanced hydrogenation processes.

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Materials Science for High-Frequency Circuit Reliability: Stability of High-Frequency, High-Speed Hydrocarbon Resins

Materials Science for High-Frequency Circuit Reliability: Stability of High-Frequency, High-Speed Hydrocarbon Resins

2025-10-21

High-frequency, high-speed hydrocarbon resins are highly favored in demanding applications such as aerospace, automotive electronics, and telecommunications base stations precisely because they deliver exceptional electrical performance while establishing a comprehensive and reliable assurance framework.

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