Description
Corn oil estolides are advanced lipid derivatives created by chemically modifying corn oil triglycerides through a controlled reaction with fatty acids or hydroxy fatty acids. This process links fatty acid chains together (often via ester bonds) to form larger, more stable molecules with enhanced lubricity, thermal stability, and oxidative resistance. Originally developed for biolubricant applications, estolides from corn oil are now being used in automotive fluids, hydraulic systems, cosmetics, and even food-safe lubricants.
Corn oil estolides maintain a renewable and biodegradable profile, offering a sustainable alternative to petroleum-based synthetic oils. They exhibit excellent viscosity performance over a wide temperature range and resist breakdown under mechanical shear or high loads, making them ideal for gear oils, chainsaw lubricants, and engine oils in eco-sensitive environments. Their pour point can be tailored for extreme conditions, and they offer superior film strength, which protects metal surfaces from wear.
In the cosmetic industry, estolides derived from corn oil are emerging as next-gen emollients and texturizing agents in high-performance skincare and haircare. These estolides give products a rich, smooth glide and long-lasting moisturizing effect without greasiness. Because of their high oxidative stability, they extend the shelf life of formulations without requiring synthetic preservatives. Their molecular weight and polarity can be fine-tuned to function as slow-release carriers for active ingredients or fragrances.
Corn oil estolides are also used in food-safe processing environments, such as bakery machine lubricants or pharmaceutical tablet manufacturing, where incidental contact with food or supplements is possible. Their non-toxic and non-irritant nature meets global food-grade standards when properly purified.
Production of corn estolides requires sophisticated chemical synthesis and post-treatment steps like vacuum distillation and molecular filtration. Though more expensive than basic oils, their multi-functional nature and high performance make them valuable in both green engineering and luxury cosmetic markets. Corn oil estolides exemplify the shift toward plant-based molecular design, where traditional vegetable oils are transformed into powerful industrial and personal care ingredients.
Quantity is 5 litre
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