Acrylic Acid-d4 CAS 285138-82-1 - Deuterated Monomer for Advanced Research - Katni
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Murwara, Katni
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| Posted By: | uchemsales |
| Phone: | N/A |
| Posted On: | 15-April-2026 07:31 AM |
Location
Description
Acrylic acid-d4 (CAS 285138-82-1) is a deuterium-labeled derivative of acrylic acid in which hydrogen atoms are replaced by deuterium. This isotopically labeled compound retains the core chemical reactivity of acrylic acid while offering enhanced analytical and research capabilities. It is widely used in isotopic labeling studies, polymer science, and advanced chemical research.
Chemical Characteristics
Acrylic acid-d4 is typically a colorless liquid with properties similar to standard acrylic acid. It contains a vinyl group and a carboxylic acid functionality, allowing it to participate in polymerization and common organic reactions. The incorporation of deuterium provides distinct advantages in spectroscopic analysis and reaction tracking.
Applications
Isotopic Labeling Studies
Acrylic acid-d4 is widely used in mechanistic studies to investigate reaction pathways, hydrogen–deuterium exchange, and kinetic isotope effects. It allows researchers to trace molecular transformations with high precision.
Polymer Research
In polymer chemistry, acrylic acid-d4 is used to prepare deuterium-labeled polymers. These materials are valuable for studying polymerization mechanisms, chain dynamics, and material properties.
Analytical Chemistry
The compound serves as an internal standard in techniques such as NMR spectroscopy and mass spectrometry. Deuterium labeling improves signal clarity and accuracy in quantitative analysis.
Pharmaceutical and Chemical Research
Deuterated compounds like acrylic acid-d4 are increasingly used in drug development and chemical research to study metabolic pathways and improve compound stability.
Supply Information
Acrylic acid-d4 (CAS 285138-82-1) is available with high purity and consistent quality. It is suitable for laboratory research, analytical applications, and specialized industrial use. Reliable supply and scalable production are available to meet diverse requirements.