DACT-II: High Purity Yellow Powder for Advanced OLED Emitter Applications

Discover DACT-II, a premium organic intermediate with exceptional purity, engineered for cutting-edge OLED displays and lighting. As a leading manufacturer and supplier in China, we offer DACT-II (CAS 1613074-59-1) for R&D and production, driving innovation in electronic materials. Obtain a quote and sample today!

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Key Advantages of Sourcing DACT-II

Exceptional Purity for Peak Performance

Our DACT-II is processed to achieve sublimed grade purity (>98% HPLC), minimizing impurities that can degrade OLED device performance and lifetime. This is critical for R&D scientists and formulators aiming for the highest standards.

Consistent & Reliable Supply

As a leading supplier in China, we ensure a stable and consistent supply of DACT-II. This reliability is vital for manufacturing managers and purchasing professionals who depend on timely material availability for production schedules.

Competitive Manufacturer Pricing

We offer direct-from-manufacturer pricing for DACT-II, providing cost-effective solutions for businesses looking to buy in bulk. Get the best value for your investment in advanced electronic materials.

Versatile Applications in Electronic Materials

OLED Emitters

DACT-II serves as a critical component in the development of highly efficient OLED emitters, contributing to vibrant displays and energy-saving lighting solutions. Researchers can buy this material to explore its full potential.

Organic Electronic Devices

Beyond OLEDs, DACT-II is valuable in various organic electronic applications where its specific photophysical properties can be leveraged. Explore its use in next-generation electronic components.

Advanced Material Research

Its unique chemical structure and properties make DACT-II a subject of interest for academic and industrial research in organic semiconductors and fluorescent materials. Purchase for your material science investigations.

Heat Delay Fluorescence Technology

DACT-II is a key player in heat delay fluorescence (TADF) technology, enabling more efficient conversion of electrical energy into light. Investigate this material to advance your research in energy-efficient lighting and displays.