Servo Rubber EF-2 is a premium-grade Residual Aromatic Extract (RAE) type rubber process oil meticulously formulated to meet the demanding requirements of both natural and synthetic rubber compounding. Developed with high-quality aromatic base stocks, it offers exceptional solvency and superior compatibility with a wide range of rubber polymers, ensuring uniform dispersion of fillers and other compounding ingredients. The product is specially refined to maintain a controlled level of aromatics, delivering the ideal balance of solvency and environmental safety for industrial rubber manufacturing. Designed for enhanced process efficiency, Servo Rubber EF-2 provides excellent lubrication during mixing and extrusion operations, resulting in reduced energy consumption and improved throughput. Its well-balanced viscosity ensures optimum plasticity and better blending characteristics, which contribute to smoother processing and superior finished product quality. The controlled aromatic content enhances the rubber’s elasticity, tackiness, and filler dispersion, leading to consistent performance across various applications such as tyres, conveyor belts, rubber mats, and molded industrial goods. The product exhibits low volatility and high oxidation stability, ensuring longer service life and maintaining consistent characteristics even under high-temperature processing conditions. With its low polycyclic aromatic hydrocarbon (PAH) content, Servo Rubber EF-2 adheres to global environmental standards, making it suitable for use in manufacturing processes that prioritize worker safety and regulatory compliance. Servo Rubber EF-2 is recommended for use in the tyre and rubber industry where high solvency and excellent processing behavior are required. It enhances the mixing efficiency of rubber compounds, improves extrusion smoothness, and contributes to better pigment dispersion and surface finish of the final product. With its proven reliability, balanced formulation, and consistent performance, Servo Rubber EF-2 ensures enhanced productivity, reduced processing costs, and improved rubber compound uniformity — making it the preferred choice for modern rubber processing industries seeking superior operational efficiency and product quality.