🌿 2,2-Bis(4-Hydroxyphenyl)Adamantane (CAS 52211-74-2) | High-Performance Polymer Intermediate & Advanced Materials Building Block
🌸 Product Overview
It is a high-value aromatic diol featuring a rigid adamantane core structure and two phenolic hydroxyl groups. It is widely used in the development of high-performance polymers, specialty resins, electronic materials, optical materials, and advanced engineering plastics.
The unique adamantane framework provides excellent thermal stability, dimensional stability, and mechanical strength, making this compound an important building block for next-generation functional materials and high-performance polymer systems.
🧪 Chemical Name: 2,2-Bis(4-Hydroxyphenyl)Adamantane
🌍 CAS No.: 52211-74-2
🧬 Molecular Formula: C22H24O2
⚖️ Molecular Weight: 320.42
💎 Appearance: White to Off-White Powder
🏭 1. High-Performance Polymer Applications
2,2-Bis(4-Hydroxyphenyl)Adamantane is widely utilized in the synthesis of advanced polymer materials requiring exceptional thermal and mechanical properties.
🧪 Engineering plastics
⚙️ High-performance polymer systems
🌡️ Heat-resistant materials
🔬 Functional polymer development
✨ Improved dimensional stability and durability
👉 An excellent monomer and intermediate for advanced polymer engineering.
🌟 2. Specialty Resin Manufacturing
The rigid molecular structure of adamantane derivatives helps enhance resin performance in demanding industrial environments.
🛡️ High-temperature resistant resins
⚗️ Specialty epoxy resin systems
🏭 Industrial functional resins
💎 High-strength polymer networks
🌿 Advanced coating resin development
👉 Ideal for specialty resin formulations requiring long-term stability.
💻 3. Electronic Materials & Semiconductor Applications
Modern electronic devices require materials with excellent thermal stability and electrical performance.
🔬 Electronic-grade polymers
💡 Semiconductor packaging materials
⚡ Electronic insulation materials
🖥️ Circuit board materials
📱 Advanced electronic components
👉 Supports the development of reliable electronic and semiconductor materials.
🔍 4. Optical Material Development
Adamantane-containing materials are highly valued in optical applications due to their rigidity and transparency characteristics.
✨ Optical polymers
📺 Display materials
🔬 Optical films
💎 High-clarity engineering plastics
🌈 Light-transmitting functional materials
👉 A valuable intermediate for advanced optical technologies.
🚀 5. Aerospace & Advanced Composite Systems
High-performance materials derived from this compound can meet the demanding requirements of aerospace and industrial applications.
✈️ Aerospace composite materials
🛰️ Lightweight structural components
🔥 Heat-resistant composites
⚙️ High-strength engineering materials
🌍 Advanced industrial applications
👉 Suitable for next-generation aerospace and composite technologies.
🧫 6. Research & Material Innovation
Research institutions and advanced material laboratories frequently utilize this compound for developing innovative functional materials.
📚 Polymer chemistry research
🧪 Novel monomer development
🔬 High-Tg material studies
⚗️ Functional material design
💡 Advanced materials innovation
👉 An important research intermediate for cutting-edge material science.
🌍 Summary
2,2-Bis(4-Hydroxyphenyl)Adamantane is a versatile aromatic diol widely used for:
🏭 High-performance polymers
🌟 Specialty resins
💻 Electronic materials
🔍 Optical applications
🚀 Aerospace composites
🧫 Advanced materials research
👉 A key building block for modern high-performance materials, specialty polymers, and next-generation industrial applications.
