The performance of lubricants and metalworking fluids is critically dependent on the quality and type of chemical additives used. Ricinoleic acid (CAS 141-22-0), a hydroxy fatty acid derived from castor oil, has established itself as a vital component in high-performance formulations. Its inherent chemical properties, particularly its lubricity and stability, make it an indispensable ingredient for improving the efficiency and longevity of machinery.

As a key component in the formulation of lubricants, ricinoleic acid contributes significantly to reducing friction and wear. The molecule's unique structure, featuring a hydroxyl group, allows it to form a protective film on metal surfaces. This film is crucial under boundary lubrication conditions, where the primary oil film may break down. The article 'The synthesis of nanocarbon-poly(ricinoleic acid) composite as a lubricant additive with improved dispersity and anti-wear properties' from RSC Advances highlights the advanced applications of ricinoleic acid in creating improved anti-wear additives. These findings underscore the ongoing research and development in leveraging ricinoleic acid for lubricants.

In the metalworking industry, specific formulations such as 'Runlube L4 Lubricant Additive Ricinoleic Acid Condensate' are utilized as lubricity improvers for milky, semisynthetic, and neat cutting metalworking fluids, as well as for rolling fluids. These condensates, based on ricinoleic acid, offer benefits like improved emulsion stability and corrosion protection when neutralized. The light yellow liquid appearance and specific acid and saponification numbers are critical cas 141-22-0 properties that dictate its performance in these applications. The emphasis on ricinoleic acid industrial applications in metalworking fluids points to its capability to enhance operational efficiency and tool life.

The sourcing of high-quality ricinoleic acid is essential for formulators. NINGBO INNO PHARMCHEM CO.,LTD. provides ricinoleic acid that adheres to stringent ricinoleic acid specifications, ensuring its effectiveness in demanding lubricant applications. The company's commitment to quality in terms of ricinoleic acid packing and storage guarantees that the product reaches clients in optimal condition, ready for integration into complex formulations. By understanding the chemistry behind this versatile compound, industries can continue to develop advanced lubricant solutions that offer superior protection and performance, capitalizing on the unique attributes of castor oil derived ricinoleic acid.

The continued exploration of ricinoleic acid's potential in lubricant technology, including its use in producing sebaci acid and heptanoic acid, solidifies its position as a valuable raw material. As industries push for higher performance and greater sustainability, the role of bio-based chemicals like ricinoleic acid is set to expand, making it a key focus for chemical suppliers and formulators alike.