Isopropylboronic Acid (CAS 80041-89-0): Your Reliable Pharmaceutical Intermediate Supplier

Discover high-purity Isopropylboronic Acid (CAS 80041-89-0), a critical building block for pharmaceutical synthesis. As a leading manufacturer and supplier in China, we offer competitive pricing and dependable quality to meet your research and development needs.

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Why Choose Our Isopropylboronic Acid?

Uncompromising Quality Assurance

Our Isopropylboronic Acid (CAS 80041-89-0) adheres to strict quality control measures, ensuring 99% purity for reliable use in pharmaceutical synthesis. Trust our commitment as a leading manufacturer.

Competitive Pricing & Supply Stability

We provide competitive pricing for Isopropylboronic Acid, coupled with a stable supply chain, making us an ideal partner for your ongoing chemical sourcing needs. Inquire about bulk purchase discounts.

Expert Technical Support & Service

Benefit from our prompt response to inquiries and expert technical support for Isopropylboronic Acid. We are committed to assisting you with your application and sourcing requirements as a premier supplier.

Key Applications of Isopropylboronic Acid

Pharmaceutical Synthesis

Isopropylboronic Acid (CAS 80041-89-0) is a vital pharmaceutical intermediate, crucial for the synthesis of various active pharmaceutical ingredients (APIs). Its specific structure makes it a valuable building block in complex organic chemistry.

Organic Chemistry Research

Researchers and scientists frequently utilize Isopropylboronic Acid in various organic synthesis pathways. Its role as a boronic acid derivative is key in cross-coupling reactions and other sophisticated chemical transformations.

Custom Synthesis Projects

As a versatile chemical intermediate, Isopropylboronic Acid from our China-based facility is often incorporated into custom synthesis projects, offering flexibility for specialized chemical development.

Development of Novel Compounds

The unique properties of Isopropylboronic Acid make it a sought-after reagent for developing novel compounds in both academic research and industrial applications. Explore its potential for your next project.