EN
jp 
ko 
de 
es 
it 
ru 
pt 
ar 
vi 
th 
CLOSE
CLOSE
Search
Choosing the right butyl acrylate supplier is essential for manufacturers that need stable raw material quality, reliable delivery, and consistent production performance. As an important acrylic monomer, n-butyl acrylate is widely used in adhesives, coatings, acrylic resins, emulsions, and other polymer-based materials.
For companies purchasing butyl acrylate monomer, supplier selection should involve more than price comparison. Product specifications, quality control, packaging solutions, technical support, and supply capability all affect the reliability of the final production process.
A professional supplier should provide accurate technical documentation, stable product quality, and application guidance to help customers select the right material for their manufacturing requirements.
Before placing an order with a butyl acrylate supplier, buyers should evaluate whether the supplier can meet both technical and commercial expectations. A reliable supplier should have consistent production capability, strict quality control procedures, and experience supporting different industrial applications.
Key factors to confirm include:
Product purity and specification compliance
Certificate of Analysis (COA) availability
Manufacturing capacity and supply stability
Packaging and transportation options
Export documentation support
Technical communication capability
A qualified supplier should provide complete product information, including appearance, purity, inhibitor content, storage requirements, and safety documentation.
For international buyers, supply reliability is especially important. Delayed shipments or inconsistent quality may affect production schedules and increase operational costs. Working with an experienced supplier can help companies establish a more stable raw material supply chain.
N-butyl acrylate is an acrylic ester commonly used as a reactive monomer in polymer manufacturing. Understanding its basic specifications allows buyers to evaluate material suitability before purchase.
| Item | Typical Information |
| Chemical Name | N-Butyl Acrylate |
| CAS Number | 141-32-2 |
| Molecular Formula | C7H12O2 |
| Appearance | Clear, colorless liquid |
| Boiling Point | Approximately 145°C |
| Butyl Acrylate Density | About 0.89 g/cm³ at room temperature |
| Stabilizer | Commonly MEHQ inhibitor |
The butyl acrylate density value is an important reference for storage planning, transportation calculations, and formulation control. In addition, inhibitor levels should be properly maintained because they help prevent unwanted polymerization during storage.
A professional butyl acrylate supplier should provide reliable technical data sheets and batch testing reports. These documents help manufacturers maintain consistent production conditions and reduce quality variations.
The wide range of butyl acrylate applications comes from its ability to provide flexibility, adhesion, and durability in polymer systems. As a versatile acrylic monomer, it is commonly used in combination with other materials to achieve specific performance characteristics.
In adhesive production, butyl acrylate improves flexibility and bonding properties, making it suitable for pressure-sensitive adhesives and industrial bonding products. In acrylic resin manufacturing, it contributes to toughness, weather resistance, and improved film properties.
For water-based coatings and emulsion polymers, butyl acrylate monomer supports smooth film formation and balanced polymer performance. Different industries may require different material specifications depending on their final product requirements.
Therefore, buyers should communicate their application conditions with suppliers before purchasing. Understanding the relationship between material properties and end-use performance helps ensure a better product match.
Proper storage is important when handling acrylic monomers. Since n-butyl acrylate may polymerize under unsuitable conditions, manufacturers should follow recommended storage procedures to maintain product stability.
Temperature control, sealed containers, and contamination prevention are important factors in storage management. Suppliers should provide clear handling recommendations based on product characteristics and transportation requirements.
For customers purchasing large quantities of butyl acrylate monomer, warehouse conditions and inventory planning should be considered before delivery. Proper storage management helps maintain material quality and supports stable manufacturing operations.
Packaging selection depends on order volume, transportation requirements, and customer storage conditions. Drum packaging is commonly used for smaller quantities because it provides flexibility in inventory management. Isotank transportation is often selected for larger shipments because it improves loading efficiency and reduces packaging requirements.
When purchasing from a butyl acrylate supplier, customers should confirm packaging standards, transportation conditions, and required documents before shipment.
Important delivery information may include:
Packaging specifications
Shipping documents
Safety information
Customs requirements
Transportation conditions
A supplier with international logistics experience can help customers complete the purchasing process more efficiently and reduce potential delivery issues.
Selecting a chemical supplier is not only about obtaining raw materials but also about building a stable supply relationship. A dependable butyl acrylate supplier should provide consistent quality, responsive communication, and technical support throughout the cooperation process.
For manufacturers involved in different butyl acrylate applications, supplier expertise can also improve purchasing decisions. A supplier that understands polymer requirements and application conditions can provide more suitable product recommendations.
Before establishing cooperation, buyers should review product quality records, production capability, documentation standards, and customer support processes. These factors help determine whether a supplier can support long-term business requirements.
Choosing the right butyl acrylate supplier requires careful evaluation of product quality, technical documentation, storage capability, packaging options, and delivery reliability. As a widely used butyl acrylate monomer, n-butyl acrylate plays an important role in adhesives, coatings, resins, and emulsion-based products.
By checking important specifications such as purity, inhibitor content, and butyl acrylate density, buyers can reduce sourcing risks and improve production consistency. A supplier with strong technical knowledge and stable supply capability can provide better support for long-term manufacturing needs.
The required purity depends on the application and manufacturing process. Buyers should confirm technical requirements with their supplier to ensure the material meets production needs.
A Certificate of Analysis provides batch-specific information about product quality, including purity, appearance, inhibitor content, and tested specifications. It helps customers verify material consistency.
MOQ depends on supplier capacity, packaging method, order volume, and destination market. Customers should discuss their requirements directly with the supplier.
Lead time depends on inventory availability, production schedules, packaging requirements, and transportation arrangements. Early communication helps customers plan procurement more effectively.
Common butyl acrylate applications include adhesives, acrylic resins, coatings, emulsions, and polymer products requiring flexibility, durability, and strong adhesion.
Customers should provide application requirements, expected quantity, technical specifications, packaging preference, and delivery information so suppliers can recommend suitable solutions.
Related News
Contact Us for More Information about Douwin Chemicals
Get in Touch
Email us with any questions or inquiries or use our contact data. We would be happy to answer your questions.