Solubility is a fundamental concept that every beginner formulator needs to master. Understanding the molecular behavior of your raw materials is not just about aesthetics; it is the difference between a stable, effective product and one that separates or fails to...
The Power of Focus In today’s competitive market, it’s impossible for a single brand to appeal to everyone. Instead, successful businesses focus on a specific segment – their niche. This allows them to tailor their products, messaging, and marketing to a...
Creating effective and innovative formulas for skincare goes beyond just mixing ingredients. It requires a deep understanding of the science behind skin health, current trends, and a dash of creativity. Here are some key steps to guide you: 1. Deep Dive into Skin...
In the competitive world of skin and hair care, where new trends emerge faster than you can say “hyaluronic acid,” building lasting customer loyalty is crucial. While discounts and promotions can attract initial purchases, it’s genuine connection and...
To prevent product contamination, it is essential to know and avoid the most common sources of contamination of cosmetic products to produce well-preserved, shelf-stable products. Raw Materials: If the raw materials used in cosmetics manufacturing are heavily...
AHA, BHA, and/or PHA. What you must know AHA, BHA, and PHA are all types of exfoliating acids used to help improve skin texture and tone. AHA Alpha Hydroxy Acids are derived from natural sources such as fruit and milk sugars. AHAs tend to be gentle and can help...
Four formulating tips to inculcate in formulating products better suitable for the African environment and consumer. Always add an antioxidant: Adding an antioxidant to the skin and hair care products is crucial to protect skin and hair health. West Africa has a...
How to calculate the quantity of emulsifier needed in a formula Emulsions are dispersions of liquid droplets in a liquid or semi-solid matrix. If the droplets consist of oil dispersed in an aqueous liquid it is oil-in-water (o/w) emulsions, and water-in-oil (w/o)...
