Cocamide DEA 1 L

What Makes Coconut-Based Thickeners Essential for Foaming Formulas

Cocamide DEA is derived from the reaction of coconut oil fatty acids with diethanolamine, and it functions as a secondary surface-active compound whose main job is thickening liquid cleansing formulas and stabilizing foam that would otherwise collapse quickly. It belongs to the broad category of Surfactants, and manufacturers rely on it heavily in shampoo, shower gel, liquid soap, dishwashing liquid, car shampoo, and household cleaning concentrates for floors and hard surfaces, since these are the industries with the highest real-world demand for this ingredient worldwide.

The 1 liter package is aimed at studio-scale and small serial production - laboratories testing new formulations, small cosmetic workshops, and car care manufacturers who need a steady batch of raw material without ordering full drums. During production, cocamide DEA is added at the final stage, after the primary surfactant base has been prepared, at a temperature range of 40 to 60 degrees Celsius, which ensures even dispersion throughout the water phase. Recommended dosage typically ranges from 1 to 5 percent of the total formula weight, and exceeding this range can cause excessive thickening and reduce clarity, so the exact amount is best fine-tuned through small trial batches for each specific recipe.

This ingredient shows its greatest value when combined with anionic and amphoteric surfactants. It pairs particularly well with Cocamidopropyl Betaine 30%, reducing the irritation potential of anionic components while making foam thicker and more cream-like. For gentle formulas designed for sensitive skin and children's lines, formulators often combine it with Olive Amphoteric Surfactant, achieving a balanced foam texture without sacrificing mild cleansing action. For more delicate compositions with natural positioning, technologists introduce Olive Carboxylate, which further enhances foam softness while maintaining the desired viscosity of the finished product.

In industrial chemistry, cocamide DEA is valued for stabilizing formula viscosity across temperature fluctuations during storage and shipping, which matters greatly for large batches traveling long distances. In automotive care, it is incorporated into car wash concentrates where abundant, stable foam is needed without harming paintwork. In household chemistry, it helps create thick gels for sanitary and dish cleaning products that last longer thanks to their dense consistency.

Store the product in a tightly sealed container, in a dry place at room temperature, away from direct sunlight and freezing conditions, since low temperatures can cause the mass to separate, which is easily corrected with gentle heating and stirring before use. When storage conditions are respected, the shelf life is typically around two years from the manufacturing date.

Thick Car Wash Concentrate with Coconut Foam Booster

Distilled water 700 ml

Sodium coco sulfate 200 ml

Cocamide DEA 40 ml

Citric acid 3 g

Glycerin 20 ml

Fragrance 8 ml

Preservative 5 ml

Heat the water to 45 degrees and dissolve the sodium coco sulfate into it, then slowly add cocamide DEA while stirring continuously until the mixture becomes smooth. Allow it to cool to room temperature before adding glycerin, citric acid to adjust thickness, the preservative, and finally the fragrance. Mix thoroughly after each addition, pour the finished concentrate into containers, and let it rest for 24 hours to allow the texture to fully stabilize before use.