Desytek® High-Performance Optoelectronic Materials


Providing core resin solutions for 5G/6G, semiconductor packaging, and millimeter-wave radar.

Optoelectronic materials

Low dielectric constant · High thermal resistance · Low CTE

The Optoelectronic Materials Division of Disai has established a high-performance materials platform anchored by the core material BCB (benzocyclobutene), focusing on the R&D, manufacturing, and sales of advanced high‑frequency, high‑speed pure hydrocarbon resins such as M9 and M10, along with crosslinking agents, reactive flame retardants, and coupling agents. With outstanding properties—including a low dielectric constant, extremely low dielectric loss, and a high glass transition temperature—these products meet world‑class standards, have earned the trust of leading domestic and international industry players, and have entered a new phase of large‑scale production and application.

Disai New Materials’ high-frequency, high-speed, all‑carbon‑hydrogen resin project has been successfully included in the third batch of the 2024 national special central budget investment plan for the development of advanced manufacturing and modern service industries, and has also been honored with the “2024 China Chemical New Materials Innovative Product” award. From big‑data ultra‑high‑speed transmission and 5G/6G communications to AI supercomputing servers, precision packaging for integrated circuits, and aerospace electronic equipment, the company provides robust, reliable, high‑performance material solutions for a range of strategic emerging industries.

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Technological Advantages


Ultra-low dielectric loss

Safeguarding High-Speed Signal Transmission

Low thermal expansion

Ensure the material remains stable and reliable under extreme temperature variations.

High heat resistance

Imparts exceptional high-temperature resistance to the material.

Low-shrinkage curing

Provides a robust and reliable structural guarantee.

Low water absorption rate

Dielectric properties remain stable in humid environments.

Flexible manufacturing process

Composite filler/flame retardant, compatible with prepolymerization or one-step curing.

Main Products


Low-dielectric hydrocarbon resin

Low Dk/Df, high thermal resistance, low coefficient of thermal expansion, and excellent film-forming properties.

DS6205

DS6602

DS6603

Low-dielectric hydrocarbon resin

Standard BCB crosslinking agent

High crosslink density, increased Tg, reduced CTE, cured at 200–280°C.

DS5211

DS5212

DS5216

DS5218

DS5508

Standard BCB crosslinking agent

Low-temperature BCB crosslinking agent

Cures at low temperatures of 150–190°C, making it suitable for heat-sensitive substrates.

DS5306

DS5305

Low-temperature BCB crosslinking agent

Coupling agent

Enhances interfacial adhesion and can be used as a resin.

DS5203H

DS5203L

DS5204

Coupling agent

Flame retardant

Phosphorus-containing, reactive flame retardant, does not affect dielectric properties.

DS7011

DS7012

DS7013

Flame retardant

Core Application Scenarios


5G/6G millimeter-wave antennas and base stations

5G/6G millimeter-wave antennas and base stations

Compatible Product Grade
Modified hydrocarbon resin
Terminal/Customer
5G base station RF module

IC packaging substrate / HBM stacked package

IC packaging substrate / HBM stacked package

Compatible Product Grade
BCB-modified hydrocarbon resin
Terminal/Customer
Advanced Packaging/High-Bandwidth Memory

1.6T/3.2T switch backplane

1.6T/3.2T switch backplane

Compatible Product Grade
Copper-clad laminate of M9/M10 grade
Terminal/Customer
High-speed data center switch

AI Server GPU Acceleration Card (OAM Board)

AI Server GPU Acceleration Card (OAM Board)

Compatible Product Grade
Copper-clad laminate of M8/M9/M10 grade
Terminal/Customer
Computing Chip/Rubin Platform

Quality Management


Achieve IATF 16949 certification to meet the stringent reliability requirements of the semiconductor and telecommunications industries.

Raw material

GC/HPLC purity analysis; halogen XRD monitoring ≤ 500 ppm.

Process

Real-time recording of reaction parameters, with solid content, viscosity, and molecular weight (GPC) analyzed for each batch.

Finished product

10 GHz resonant cavity method for measuring Dk/Df; DSC for determining Tg; TGA for measuring Td; 85°C/85% RH test and thermal shock testing.

Shipment

Each batch is accompanied by a Certificate of Analysis (COA), with traceability to the production lot number.

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