2-Bromoethyl Acrylate (CAS 4823-47-6): Functional Monomer for Polymer Research and Advanced Materials

Catalog Number: FT-0611554

CAS Number: 4823-47-6

Molecular Formula: C₅H₇BrO₂

Molecular Weight: 179.01 g/mol

Standard Purity Specification: ≥97%

Analytical Methods: ¹H NMR and HPLC

Product Overview

2-Bromoethyl Acrylate (CAS 4823-47-6), also known as Acrylic Acid 2-Bromoethyl Ester, is a functional organic compound featuring two chemically useful structural elements: a polymerizable acrylate double bond and a reactive bromoethyl group. This combination makes it a potential building block for organic synthesis, functional polymer development, and advanced materials research.

The acrylate group can participate in suitable polymerization and copolymerization reactions, while the bromoethyl group provides an additional site for chemical modification under appropriate reaction conditions. These complementary functionalities offer researchers opportunities to investigate molecular functionalization, polymer composition, and the development of materials with tailored chemical properties.

Finetech Industry Limited supplies 2-Bromoethyl Acrylate under catalog number FT-0611554 for research, development, and industrial chemical applications. The product has a standard purity specification of ≥97%, and actual HPLC testing results may reach 98%, depending on the batch. Quality assessment includes proton nuclear magnetic resonance (¹H NMR) for structural characterization and high-performance liquid chromatography (HPLC) for chromatographic purity analysis.

For laboratories and manufacturers seeking a functional acrylate compound with a reactive halogen-containing side chain, Finetech provides a sourcing option supported by product identification and batch-specific quality documentation.

Chemical Structure and Key Properties

2-Bromoethyl Acrylate combines an acrylate ester structure with a terminal brominated ethyl group.

1. Acrylate Functionality

The carbon–carbon double bond in the acrylate group can undergo suitable free-radical polymerization and copolymerization reactions. This characteristic makes the compound relevant to research involving functional monomers, acrylic copolymers, and polymer materials requiring additional chemical modification.

Its suitability for a particular polymerization system depends on monomer compatibility, reaction conditions, and the desired properties of the resulting material.

2. Reactive Bromoethyl Group

The carbon–bromine bond in the bromoethyl side chain can participate in nucleophilic substitution reactions under suitable conditions. This provides a potential route for introducing additional functional groups or preparing derivatives for further synthetic investigation.

The combination of acrylate polymerizability and alkyl bromide reactivity offers flexibility for researchers exploring multistep functionalization strategies. Reaction selectivity and compatibility should be evaluated for each intended application.

Research Applications of 2-Bromoethyl Acrylate

Functional Polymer and Copolymer Research

Functional monomers are important components in the development of polymers with specific chemical characteristics. 2-Bromoethyl Acrylate may be evaluated in selected polymerization and copolymerization systems where an acrylate group and a reactive side chain are desirable.

Potential research directions include functional polymer synthesis, side-chain modification, and the investigation of structure–property relationships in specialty polymer materials.

Advanced Materials and Surface Modification

The introduction of reactive functional groups into polymer materials can provide opportunities for subsequent chemical modification. Researchers may investigate 2-Bromoethyl Acrylate in the development of functional coatings, modified polymer interfaces, and specialty materials requiring additional chemical functionality.

Actual performance depends on the polymer system, surface chemistry, and processing conditions.

Organic Synthesis and Chemical Building Blocks

Beyond polymer science, 2-Bromoethyl Acrylate may serve as a building block in synthetic chemistry involving acrylate-containing compounds. Its two reactive features offer opportunities for investigating molecular transformations and functional intermediate synthesis.

Researchers should consider the potential reactivity of the acrylate double bond when designing synthetic routes, particularly where additional functionalization reactions are required.

Materials Development and Process Evaluation

During product development, functional monomers can be screened for compatibility with selected formulations and manufacturing processes. 2-Bromoethyl Acrylate may be evaluated in laboratory studies, formulation research, and process-development projects when its chemical characteristics align with the intended application.

Scale-up suitability should be established through appropriate technical evaluation and process-specific testing.

Quality Control and Analytical Testing

Finetech Industry Limited recognizes the importance of product identity and purity assessment in chemical sourcing and supply. For 2-Bromoethyl Acrylate (FT-0611554), the analytical methods include ¹H NMR and HPLC.

¹H NMR — Structural Characterization

Proton nuclear magnetic resonance spectroscopy is used to evaluate the compound's proton environments and determine whether the observed signals are consistent with the expected molecular structure.

HPLC — Chromatographic Purity Analysis

High-performance liquid chromatography is used to assess the chromatographic profile and evaluate purity based on the applicable analytical method. Results may depend on the chromatographic conditions, detection method, and treatment of impurities.

Purity Specification and Test Results

The standard purity specification for this product is ≥97%. Actual HPLC testing results may reach 98%, depending on the batch. The applicable batch result should be confirmed through the corresponding Certificate of Analysis (COA).

This distinction between the standard specification and actual batch results helps customers assess the product using clear, consistent quality information.

Product Specifications

Please refer to the applicable batch COA for confirmed analytical results and specifications.

Why Choose Finetech Industry Limited?

Finetech Industry Limited supplies chemical reagents, organic intermediates, and specialty compounds for research and industrial customers. Our focus is to help customers source the chemicals they need with clear product identification, appropriate quality documentation, and responsive supply support.

Key advantages include:

1. Clear Product Specifications: Product name, CAS number, catalog number, and standard purity specification are provided for procurement reference.
2. Analytical Testing: ¹H NMR and HPLC are used for structural characterization and chromatographic purity assessment, respectively.
3. Batch-Specific Documentation: Customers may request the applicable COA and Safety Data Sheet (SDS).
4. Flexible Quantity and Packaging Discussions: Required quantities and packaging options can be discussed according to customer needs and confirmed availability.
5. Research-to-Production Sourcing: Supply requirements can be evaluated for laboratory research, product development, and larger-volume procurement.
6. Professional Customer Support: Finetech assists customers with quotations, product specifications, documentation requests, and delivery arrangements.

For research teams and manufacturers evaluating functional monomers, Finetech aims to provide a straightforward sourcing experience supported by accurate product information.

Storage and Handling

2-Bromoethyl Acrylate contains a polymerizable acrylate group and should be handled in accordance with its current product-specific SDS. Storage temperature, inhibitor requirements, light exposure, and compatibility considerations should be determined from the applicable safety documentation and supplier guidance.

Appropriate laboratory safety procedures, personal protective equipment, and chemical compatibility assessments should be followed during storage, handling, and use.

Frequently Asked Questions

What is the CAS number of 2-Bromoethyl Acrylate?

The CAS number is 4823-47-6.

What is the standard purity specification offered by Finetech?

The standard purity specification is ≥97%. Actual HPLC testing results may reach 98%, depending on the batch. Please consult the relevant COA for batch-specific results.

Which analytical methods are used?

¹H NMR is used for structural characterization, while HPLC is used to assess chromatographic purity.

What are the potential research applications?

Potential research areas include functional monomer evaluation, polymer and copolymer development, organic synthesis, and advanced materials research. Suitability should be confirmed for the intended application.

Can customers request quality documentation?

Customers may request the applicable COA and SDS, subject to product documentation availability.

Can Finetech supply larger quantities?

Customers are welcome to contact Finetech Industry Limited to discuss required quantities, packaging, lead times, and supply arrangements. Larger-volume orders are subject to confirmation of availability and production capacity.

Request a Quote for 2-Bromoethyl Acrylate

If you are looking for 2-Bromoethyl Acrylate (CAS 4823-47-6) for polymer research, organic synthesis, or materials development, Finetech Industry Limited welcomes inquiries from research laboratories, chemical manufacturers, and industrial customers.

Contact Finetech to discuss your required quantity, packaging preferences, batch specifications, analytical documentation, and delivery requirements.

Finetech Industry Limited — Your Sourcing Partner for Specialty Chemicals, Functional Monomers, and Custom Chemical Solutions.