Esters: Using PPG-3 benzyl ether myristate in shampoo

If you want to use PPG-3 benzyl ether myristate (aka Crodamol STS) in a shampoo, you’ll want to use it around 3% to ensure it doesn’t end up as an oily mess floating on the top of your product. If you’re using it in a shampoo bar where it’s unlikely to separate, you could use it as high...

This content is for Foundation, Formulation, and Innovation members only.
Subscribe
Already a member? Log in here

Two quick notes on this series on esters and one general note about the blog!

First note – If you don’t have esters and want to play along with the recipes, you can use a very light oil like fractionated coconut or fractionated shea oil in place of most of the esters, except the water soluble ones when you require water soluble oils (for instance, in surfactant based products). You...

This content is for Foundation, Formulation, and Innovation members only.
Subscribe
Already a member? Log in here

Esters: Using PPG-3 benzyl ether myristate in a body wash

You can use PPG-3 benzyl ether myristate anywhere you’d use an oil, so you can include them in anhydrous products like body oils, whipped butters, and lotion bars, as well as emulsified products like lotions and creams. You’ll get the great detackifying properties, additional slip and glide, and a light, non-greasy emollient by including it...

This content is for Foundation, Formulation, and Innovation members only.
Subscribe
Already a member? Log in here

Esters: Crodamol STS (or PPG-3 benzyl ether myristate)

Crodamol STS (aka PPG-3 benzyl ether myristate, but I’m typing Crodamol STS instead!) is a PPG-ester that behaves a lot like our alkyl esters! It’s a great detackifier, good spreader, and dry feeling emollient. It offers good film forming abilities on our hair and skin, which is why it’s considered a silicone substitute for dimethicone....

This content is for Foundation, Formulation, and Innovation members only.
Subscribe
Already a member? Log in here

Esters: PPG or polypropylene glycol esters

PPG esters are known as polypropylene glycol esters, and they are (according to this link) “a mixture of propylene glycol mono- and diesters of saturated and unsaturated fatty acids derived from edible oils and fats. The products are produced either by direct esterification of propylene glycol with fatty acids or by transesterification of propylene glycol...

This content is for Foundation, Formulation, and Innovation members only.
Subscribe
Already a member? Log in here