Articles tagged "lab technique"
Have you ever applied a cream and wondered: why is it like this? Not 'good' or 'bad' — but specifically like this: slightly greasy, or almost weightless, or one that disappears in three seconds, leaving a silky feeling. Behind this is not marketing and not a 'unique formula'. Behind this is one class of ingredients that
When a formulator first creates an anti-ageing face cream formula, the initial impulse is to add all the best ingredients at once: retinol, vitamin C, peptides, AHA acids, and niacinamide. The logic is clear: the more actives, the more effective the cream. But this is exactly where most formulas quietly "die" — not at the emulsification stage
Hydrosols have long moved beyond being a byproduct of essential oil steam distillation and have carved out their own place in the arsenal of conscious skincare. However, most materials about them are written from the formulator's perspective: how to incorporate them into a cream formula, what pH to consider, and how to preserve them. Meanwhile, the end consumer
Imagine: you have an idea for the perfect cream. You know how it should smell, how it should feel on the skin, and which active ingredients should work in it. But between "I know what I want" and "here is a finished, stable cream formula" lies a chasm several months wide, filled with laboratory iterations, stability tests, and pH adjustments.
The question of "how to become a cosmetic chemist" sounds different today. While this path used to lead exclusively to medical college or a beauty salon, more and more people are now discovering cosmetic chemistry — the science of creating creams, serums, shampoos, and conditioners from scratch. This field combines bioch
DIY cosmetic formulation is not just a hobby: it is a precise science that requires an understanding of emulsion chemistry, raw material properties, and technological processes. If you want to learn how to make cream at home so that it is stable, safe, and truly effective for the skin, this article will be your starting point.
Analysing the stabilization mechanisms of W/O emulsions.
How to neutralize glucono-delta-lactone (GDL) to sodium gluconate: ratio of 1 g GDL = 0.225 g NaOH, step-by-step procedure, practical example for 10 g, how to incorporate the buffer into an emulsion.