Phenylboronic acid

🧪 Phenylboronic Acid (CAS: 98-80-6)

🧾 Basic Information

Product Name: Phenylboronic Acid

Chinese Name: 苯硼酸

Molecular Formula: C₆H₇BO₂

Molecular Weight: 121.93

CAS No.: 98-80-6

Purity / Grade: Industrial / Pharmaceutical intermediate / Electronic grade / Research grade (customizable)

📌 Product Description

Phenylboronic Acid is an important boronic acid compound widely used in organic synthesis, especially in cross-coupling reactions such as Suzuki coupling. It is a key intermediate in pharmaceutical development, agrochemical synthesis, and advanced material science.

Due to its strong ability to form carbon–carbon bonds through palladium-catalyzed reactions, it is a fundamental building block in modern fine chemical and API manufacturing.

⚙️ Key Properties

✔ Excellent reactivity in Suzuki coupling reactions

✔ Stable aromatic boronic acid structure

✔ High versatility in carbon–carbon bond formation

✔ Suitable for multi-step organic synthesis

✔ Available in high purity grades for sensitive applications

🏭 Applications（Detailed）

🔹 Pharmaceutical & API Synthesis

Widely used as a key intermediate in drug development

Applied in synthesis of active pharmaceutical ingredients (APIs)

Important building block for aromatic and heterocyclic drug structures

Supports modern medicinal chemistry and molecule design

👉 Advantage: Essential reagent for high-value pharmaceutical intermediates

🔹 Agrochemical Industry

Used in synthesis of herbicides, pesticides, and plant protection compounds

Acts as intermediate for biologically active molecules

Supports development of high-efficiency crop protection chemicals

Applied in structure modification of agrochemical actives

👉 Advantage: Flexible aromatic scaffold for agrochemical innovation

🔹 Fine Chemical & Organic Synthesis

Core reagent in Suzuki–Miyaura cross-coupling reactions

Used for constructing biphenyl and substituted aromatic compounds

Important intermediate in dye, pigment, and specialty chemicals

Suitable for laboratory and industrial-scale synthesis

👉 Advantage: High coupling efficiency in catalytic synthesis systems

🔹 Material Science & Functional Materials

Used in polymer modification and advanced material design

Applied in liquid crystals, OLED materials, and organic electronics research

Supports development of functional aromatic frameworks

Important building block for high-performance materials

👉 Advantage: Strong contribution to advanced functional material development

🔹 Research & Laboratory Use

Commonly used in academic and industrial research laboratories

Applied in reaction mechanism studies and catalytic chemistry

Suitable for small-scale synthesis and screening experiments

Widely used in organoboron chemistry research

👉 Advantage: Reliable performance in catalytic research systems

⭐ Why Choose Us

✔ Stable supply with consistent quality

✔ High purity available for research and industrial use

✔ Strict QC control (COA / MSDS provided)

✔ Strong export experience for global markets

✔ Fast response & flexible cooperation for bulk orders

📞 Contact Information

For samples, COA, pricing, or technical support, please contact:

Product Manager: Echo Liu


📧 Email: Echo@coreychem.com