1,1-Cyclohexanediacetic Acid (CAS 4355-11-7): A Key Gabapentin Intermediate

Discover the essential role of this compound in pharmaceutical manufacturing and organic synthesis.

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Advantages Offered

High Purity and Consistency

Achieve superior results in your pharmaceutical synthesis with a compound boasting a purity of 99.5%min, ensuring predictable outcomes in your organic synthesis processes.

Critical Pharmaceutical Role

Serve the growing demand for Gabapentin by utilizing this essential intermediate, contributing to treatments for neurological disorders and improving patient outcomes.

Versatile Chemical Properties

Beyond its primary use, explore the potential of this dicarboxylic acid in various organic reactions, making it a valuable asset for innovative chemical research and development.

Key Applications

Gabapentin Synthesis

As a crucial building block, it directly contributes to the production of Gabapentin, a vital drug for managing epilepsy and neuropathic pain, underscoring its significance in pharmaceutical intermediates.

Organic Synthesis

Its dicarboxylic acid nature makes it a versatile reagent for various organic chemistry transformations, enabling the creation of diverse chemical compounds.

Fine Chemical Manufacturing

Integral to the fine chemical industry, it supports the complex chemical manufacturing processes required for specialized chemical products.

Pharmaceutical Intermediate Sourcing

Reliable sourcing of this compound is paramount for manufacturers worldwide, ensuring the continuity of Gabapentin production and related pharmaceutical intermediate supply chains.