For industries relying on efficient and clean demolding processes, the choice of release agent is paramount. NINGBO INNO PHARMCHEM CO.,LTD. introduces Long Chain Alkyl Silicone Oil IOTA 2320, an advanced solution that stands as a superior mold release agent, particularly effective for polyurethane, rubber, plastics, and metals. This product is engineered to streamline manufacturing operations and enhance finished product quality.


One of the most significant advantages of IOTA 2320 is its revolutionary non-cleaning property. Unlike traditional methyl silicone oils that often necessitate extensive cleaning of the molded surface before printing, painting, or adhesive application, IOTA 2320 allows for direct post-mold processing. This saves considerable time and resources, directly impacting production efficiency and cost for a manufacturer. For those looking to buy polyurethane release agent, this feature offers an unparalleled operational benefit, leading to faster cycles and reduced labor.


The exceptional compatibility of IOTA 2320 with organic materials further expands its utility. It is not only effective as an external mold release agent but can also be incorporated as an internal mold release agent within plastics, synthetic resins, and rubber compounds. This internal dispersion ensures consistent release properties throughout the material, contributing to fewer defects and improved product consistency. Its superior performance as a rubber mold release agent and plastic demolding solution has made it a preferred choice among industry professionals.


NINGBO INNO PHARMCHEM CO.,LTD. prides itself on providing high-quality chemical solutions. As a trusted long chain alkyl silicone oil supplier, we understand the critical demands of modern manufacturing. Our IOTA 2320 ensures clean, efficient, and reliable mold release, significantly reducing downtime and improving the final aesthetic and functional integrity of molded parts. This makes the IOTA 2320 release agent an invaluable asset for any production facility focused on precision and efficiency.