PHENOL-OD CAS 1003-66-3: High-Purity Deuterated Phenol for Advanced Electronic Chemical Applications

Discover PHENOL-OD (CAS 1003-66-3), a premium deuterated phenol engineered for critical roles in advanced electronic chemicals and photoresist applications. As a specialized manufacturer, we provide this high-purity intermediate essential for cutting-edge technological processes.

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Why Choose Our PHENOL-OD

Superior Purity and Deuteration

Our PHENOL-OD (CAS 1003-66-3) boasts exceptional purity levels, crucial for sensitive electronic applications where even minor impurities can impact performance. As a trusted supplier, we ensure consistent quality.

Tailored for Photoresist Innovation

Engineered for photoresist development, PHENOL-OD offers unique properties that enable manufacturers to create advanced materials with improved characteristics, supporting the push for miniaturization and higher performance in microelectronics.

Reliable Manufacturer & Supplier

We are a dedicated manufacturer and supplier of fine chemicals in China, committed to providing reliable sourcing, competitive pricing, and excellent customer support for businesses looking to buy PHENOL-OD.

Key Application Areas

Electronics Manufacturing

Essential for the production of semiconductors and integrated circuits, PHENOL-OD plays a vital role in lithographic processes, enabling the precise patterning required for microelectronic devices.

Photoresist Development

As a specialized intermediate, PHENOL-OD is integral to the research and development of advanced photoresists, contributing to improved etch resistance and resolution capabilities.

Organic Synthesis & Research

This deuterated compound is valuable for advanced organic synthesis, particularly in academic and industrial research settings aiming to explore isotopic effects and create novel materials.

Specialty Chemical Intermediates

PHENOL-OD serves as a critical building block for various specialty chemicals, offering unique isotopic substitution that can impart distinct properties to final products.