Beauty ingredients explained in plain English

Aluminum isopropoxide is a synthetic stabilizer rarely used in leave-on skincare; it may pose irritation risks and is best avoided in sensitive skin products.

Aluminum Lanolate is a waxy stabilizer that helps keep water and oil mixed, but it may not suit acne-prone skin due to its moderate comedogenic potential.

Aluminum Triphosphate is a safe, low-irritation stabilizer that helps maintain product pH and texture, but it offers no direct skin benefit.

A behind-the-scenes stabilizer that protects your products from metal contamination, but not a direct skin benefit ingredient.

A gentle synthetic chelator that helps your skincare products stay effective longer by preventing metal ions from breaking down ingredients.

A synthetic stabilizer that helps maintain product consistency, but with limited research on long-term skin effects.

A synthetic UV stabilizer that protects product formulas from light damage, but offers no direct skin benefit.

A synthetic UV stabilizer that helps protect both your skin and the product formula from UV damage, but it's not a primary sunscreen active.

Bismaleate is a synthetic stabilizer that helps keep skincare products consistent and pleasant to use, but it has limited direct skin benefits.

A gentle, synthetic thickener that helps create smooth gel textures and keeps formulas stable without irritating skin.

Calcium Trifluoroacetate is a synthetic salt used in tiny amounts for pH control, but it is rare in mainstream skincare and lacks robust safety data for cosmetic use.

Cetearyl Stearate is a gentle, waxy ingredient that helps creams feel rich and smooth without clogging pores.

Cucurbiturils are advanced synthetic molecules that help stabilize and deliver active ingredients, but their use in cosmetics is still emerging and not widely studied in everyday products.

Cyclodextrin is a gentle, sugar-based molecule that helps stabilize and deliver active ingredients deeper into the skin without irritation.

A gentle, starch-derived powder that helps stabilize and slowly release active ingredients, making formulas more effective and less irritating.

A gentle, modified starch that wraps up active ingredients to make them more stable and less irritating on skin.

A behind-the-scenes stabilizer that helps keep your products fresh and effective by neutralizing trace metals.

A behind-the-scenes stabilizer that protects your products from metal contamination, but not a direct skin benefit ingredient.

Diethyllutidinate is a synthetic stabilizer that may help other ingredients work better, but research on its direct skin benefits is still limited.

A synthetic stabilizer that helps keep formulas consistent but may cause irritation in sensitive skin at higher levels.

A gentle chelator that helps your skincare products stay effective longer by neutralizing trace metals in the formula.

Disodium EDTA is a safe, widely used stabilizer that protects your skincare products from metal contamination, helping them stay effective longer.

A gentle chelating agent that helps your skincare products stay effective by protecting them from metal impurities.

A gentle chelating agent that helps your products stay effective longer by neutralizing hard-water minerals.

Dithiothreitol is a lab-made reducing agent occasionally used in skincare to break disulfide bonds, but it's not a common or well-studied ingredient for cosmetic benefits and may cause irritation at higher concentrations.

A synthetic antioxidant that helps keep oils and butters fresh, but it's not a star active for skin benefits.

EDTA is a workhorse stabilizer that protects your skincare formulas from metal contamination, helping them stay effective longer.

Ethyl-3-Alpha is a synthetic ingredient with limited public data; it appears safe at low levels but lacks robust research.

A synthetic wax that helps thicken and stabilize products, but offers no direct skin benefit.

A gentle, plant-derived ester that improves product texture and wear, especially in lip and color cosmetics.

Magnesium phosphate is a safe, low-irritation mineral salt that helps keep your skincare products stable and at the right pH, but it doesn't directly improve your skin.

A workhorse chelating agent that helps your products stay fresh and effective by neutralizing troublesome metal ions.

A synthetic chelator that helps keep your products stable and effective by binding to unwanted metals in the formula.

This is a synthetic processing aid with limited direct skin benefit; it's rarely used in leave-on skincare and may pose irritation risks at higher concentrations.

A synthetic stabilizer that protects your skincare products from breaking down in light, but it's not a primary sunscreen agent.

A gentle pH buffer and saline base that helps keep other ingredients stable and comfortable on skin.

A gentle pH adjuster and stabilizer that helps keep your skincare formulas balanced and effective without causing irritation.

A modified wax that helps thicken and stabilize products, generally considered safe and non-irritating for most skin types.

A synthetic mineral salt that helps keep your skincare products stable and at the right pH, with a low risk of irritation.

Sodium borohydride is a synthetic chemical used in tiny amounts as a processing aid in cosmetics, not a direct skincare ingredient, and its safety depends on proper formulation.

Sodium hydrosulfite is a strong reducing agent used mainly in industrial or hair color removal products, not a common or recommended ingredient for everyday skincare.

A gentle, modified cyclodextrin that helps stabilize delicate ingredients and improve their delivery into skin without irritation.

A synthetic stabilizer that prevents oxidation but may release trace formaldehyde under certain conditions, making it a cautious choice for sensitive skin.

A behind-the-scenes stabilizer that protects your products from metal contamination, but offers no direct skin benefit.

A gentle synthetic chelator that protects your skincare formula from metal contamination without the harshness of EDTA.

Sodium stannate is a synthetic stabilizer used mainly in hair dyes; it's effective but has moderate irritation potential and limited research on long-term safety.

A gentle chelating agent that helps maintain product stability and effectiveness by binding metal ions.

Sodium Tungstate Antimonate is a synthetic stabilizer with limited cosmetic research and potential safety concerns; it's best avoided in leave-on products until more data is available.

Stannous chloride is a synthetic stabilizer used in some hair dyes and formulas to prevent oxidation, but it has moderate irritation potential and is not common in everyday skincare.

Stannous pyrophosphate is a synthetic stabilizer that helps preserve product integrity, but its role is more about formulation stability than direct skin benefits.

A gentle chelating agent that helps your skincare products stay effective and stable by neutralizing hard water minerals.

A behind-the-scenes helper that protects your skincare formulas from metal contamination, keeping them effective and stable.

A synthetic chelator that helps preserve formula integrity by neutralizing trace metals, but it is rarely highlighted as a standalone active.

Trimethylamine Oxide is a gentle buffering agent that helps maintain product stability, but its role in skincare is minor and not a primary active ingredient.

Trimethylolpropane is a synthetic alcohol used as a building block for other ingredients; it is not a direct active and is generally safe at low concentrations.

A synthetic stabilizer that helps keep formulas consistent, but is rarely the star ingredient.

A safe and effective stabilizer that helps your products stay fresh and work better by neutralizing unwanted metals.

A gentle, biodegradable alternative to traditional chelating agents that protects your skincare formulas from metal-induced degradation.

A gentle chelating agent that protects your skincare formulas from metal contamination, helping them stay effective longer.