Butyl Acrylate CAS: Properties & Applications

butyl acrylate cas

Butyl acrylate cas, identified by the chemical registry number 141-32-2, is a versatile organic compound widely used in the chemical manufacturing and polymer industries. This clear, colorless liquid with a characteristic acrylic odor serves as a crucial monomer in the production of various acrylic polymers and copolymers. The butyl acrylate cas designation helps manufacturers, researchers, and procurement professionals accurately identify and source this essential chemical compound. As a key building block in polymer synthesis, it exhibits excellent reactivity and compatibility with numerous other monomers, making it indispensable for creating customized polymer formulations. The main functions of butyl acrylate cas include serving as a raw material for producing adhesives, coatings, paints, textiles, and sealants. Its technological features include low glass transition temperature, which imparts flexibility to polymer chains, excellent weathering resistance, and superior adhesion properties to various substrates. The compound demonstrates outstanding durability and maintains performance across diverse environmental conditions. Applications of butyl acrylate cas span multiple industries, from construction materials and automotive coatings to paper processing and leather treatment. Its ability to enhance flexibility, durability, and water resistance makes it a preferred choice for manufacturers seeking to improve product performance. The compound also plays a vital role in creating pressure-sensitive adhesives, textile finishes, and surface coatings that require long-lasting performance and resistance to environmental degradation.

Choosing butyl acrylate cas for your manufacturing processes delivers significant practical benefits that directly impact your bottom line and product quality. First, this compound offers exceptional cost-effectiveness by providing superior performance characteristics at competitive pricing, helping you maintain profitability while meeting quality standards. The operational benefits are substantial, as butyl acrylate cas demonstrates excellent processing characteristics that simplify production workflows and reduce manufacturing complications. Its compatibility with various polymerization methods, including emulsion, solution, and bulk polymerization, gives you flexibility in selecting the most efficient production approach for your specific requirements. The compound's reliable consistency and purity ensure predictable results batch after batch, minimizing production variability and reducing waste. For application suitability, butyl acrylate cas excels across diverse end-use scenarios, from high-performance industrial coatings to consumer products requiring flexibility and durability. Its low volatility compared to other acrylate monomers enhances workplace safety and reduces environmental emissions during processing. The enhanced weather resistance and UV stability of polymers made with butyl acrylate cas translate to longer product lifespans and reduced maintenance costs for your customers. From a decision-making perspective, using butyl acrylate cas positions your products competitively in the market by enabling superior performance characteristics that customers value. The compound's established safety profile and regulatory compliance across major markets simplify documentation and approval processes. Additionally, the widespread availability of butyl acrylate cas from multiple suppliers ensures supply chain stability and gives you negotiating leverage. The technical support and documentation available for butyl acrylate cas applications accelerate product development timelines and reduce formulation risks, ultimately shortening your time to market.

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Superior Flexibility and Durability Enhancement

The butyl acrylate cas compound delivers outstanding flexibility to polymer formulations, making it the preferred choice for applications requiring resilience and long-term performance. When incorporated into polymer chains, it significantly lowers the glass transition temperature, resulting in materials that remain flexible even in cold environments. This characteristic proves invaluable for outdoor applications, adhesives, and sealants that must withstand temperature fluctuations without cracking or losing adhesion. The enhanced durability extends product lifecycles and reduces replacement frequency, providing substantial cost savings over time. Manufacturers benefit from creating products that maintain their performance characteristics across years of service, building customer loyalty and reducing warranty claims. The flexibility imparted by butyl acrylate cas also improves impact resistance and reduces brittleness in coating applications, preventing premature failure due to mechanical stress. This performance advantage becomes particularly important in automotive coatings, construction sealants, and flexible packaging materials where durability under stress is critical. By choosing formulations containing butyl acrylate cas, you ensure your products meet demanding performance specifications while maintaining the flexibility that modern applications require.

Exceptional Adhesion and Compatibility Properties

Butyl acrylate cas exhibits remarkable adhesion properties that make it essential for bonding applications across diverse substrate materials. The compound's molecular structure enables strong interfacial interactions with metals, plastics, wood, concrete, and other common materials, eliminating the need for complex surface preparation in many applications. This exceptional adhesion translates to reliable bonding performance in pressure-sensitive adhesives, construction adhesives, and coating systems where substrate adhesion determines product success. The compatibility of butyl acrylate cas with numerous other monomers and additives provides formulation flexibility, allowing you to fine-tune properties such as hardness, tackiness, and chemical resistance to meet specific application requirements. This versatility reduces development time and enables rapid response to changing market demands. The compound's ability to copolymerize smoothly with styrene, methyl methacrylate, vinyl acetate, and other common monomers expands the range of achievable properties significantly. For manufacturers, this compatibility means fewer formulation constraints and greater creative freedom in product development. The stable adhesion performance of butyl acrylate cas polymers across varying humidity and temperature conditions ensures consistent product quality and customer satisfaction, reducing complaints and building brand reputation in competitive markets.

Enhanced Weather and Chemical Resistance

Products formulated with butyl acrylate cas demonstrate superior resistance to environmental degradation, making them ideal for demanding outdoor and industrial applications. The compound contributes excellent UV stability to polymer systems, preventing yellowing, chalking, and mechanical property loss that typically occur with prolonged sun exposure. This weather resistance ensures that coatings, sealants, and other products maintain their appearance and functionality throughout extended service lives, even in harsh climates. The chemical structure of butyl acrylate cas also imparts good resistance to water, mild acids, alkalis, and many common chemicals, broadening the application scope of formulated products. For industrial coatings and protective applications, this chemical resistance reduces maintenance requirements and extends service intervals, delivering operational cost savings to end users. The compound's hydrophobic characteristics help create moisture-resistant barriers that protect substrates from corrosion and degradation. Manufacturers producing architectural coatings, marine applications, and industrial protective coatings particularly value the butyl acrylate cas contribution to long-term performance. The environmental stability provided by this compound reduces the frequency of recoating or replacement, supporting sustainability goals by minimizing material consumption and waste generation over the product lifecycle.

Butyl Acrylate CAS: Properties & Applications

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