1. High Purity Meeting Industrial Standards, Suitable for Rigorous Production Needs
Purity stabilized at over 99%, presenting as a colorless transparent liquid with uniform consistency. The impurity content is far below industry thresholds, making it directly applicable to high-precision industrial production.
Adopting industrial-grade precision purification technology, it withstands complex production environments such as high temperatures and intense mechanical stirring. Minimal performance differences between batches ensure the continuous and stable operation of downstream production lines.
2. Excellent Solubility, Enhancing Industrial Production Efficiency
It exhibits strong dissolving power for nitrocellulose, resins, coatings, and inks. It can quickly disperse raw materials and reduce system viscosity, shortening stirring and mixing time and improving production efficiency.
It has excellent compatibility with commonly used industrial solvents such as ethanol, ether, and acetone. Mixed solvent systems can be formulated on demand to adapt to various formulation processes, reducing solvent replacement costs.
3. Strong Chemical Stability, Reducing Storage and Usage Losses
It is not easily hydrolyzed or oxidized at room temperature and has good compatibility with common industrial containers such as metals and plastics. The storage period is over 12 months (under sealed and cool conditions), reducing material waste caused by deterioration.
It remains structurally stable in high-temperature reaction environments (≤150℃), making it suitable for high-temperature processes such as coating drying and resin polymerization, reducing the probability of side reactions.
4. Versatile Industrial Intermediate, Expanding Application Scenarios
As an ester intermediate, it can efficiently generate butyric acid and butanol through hydrolysis reactions, providing high-quality raw materials for fine chemical synthesis and facilitating the production of derivatives such as plasticizers and detergents.
It has dual functions as a solvent and reaction medium. In organic synthesis, it can simplify the "dissolution-reaction-separation" process and reduce the complexity of production links.
5. Significant Cost Advantage, Higher Cost-Effectiveness Than Similar Solvents
Compared with other ester solvents (e.g., butyl acetate), it has a lower unit dosage cost under the same solubility performance, especially suitable for large-scale industrial production (such as mass preparation of coatings and inks).
Its low volatility reduces solvent evaporation loss during production, lowers the pressure of workshop VOCs treatment, and indirectly saves environmental protection costs.
6. Compliance Assurance and Supply Flexibility
It meets industrial chemical safety standards (such as REACH and MSDS regulations) and provides complete quality inspection reports and safety data sheets, facilitating enterprises to pass production compliance audits.
It supports large packaging customization (200L iron drums/1000L IBC tanks). Direct supply from the source factory allows flexible adjustment of production capacity according to order quantities, ensuring uninterrupted supply during peak seasons.