Sodium Hydroxide vs Triethanolamine
| Feature | Sodium Hydroxide | Triethanolamine |
|---|---|---|
| Primary Function | pH Adjuster | pH Adjuster |
| Main Role | Regulates the acidity or alkalinity of the product to optimal levels | Regulates the acidity or alkalinity of the product to optimal levels |
| Best For | all water-based formulations requiring pH control | all water-based formulations requiring pH control |
| Common Products | AHA/BHA exfoliants, vitamin C serums, toners, and cleansing gels | AHA/BHA exfoliants, vitamin C serums, toners, and cleansing gels |
Sodium Hydroxide and Triethanolamine are both commonly used as ph adjuster ingredients. While they share the same primary function — regulates the acidity or alkalinity of the product to optimal levels — they differ in chemical structure, skin compatibility, and performance. Both are found in AHA/BHA exfoliants, vitamin C serums, toners, and cleansing gels, but their suitability varies based on formulation goals.
Sodium Hydroxide vs Triethanolamine: Key Differences
Sodium Hydroxide is included for maintaining optimal pH for skin compatibility and ingredient stability, contributing to ensuring product efficacy, comfort on skin, and long-term stability. Found in exfoliants, acid treatments, cleansers, and toners, best for all water-based formulations requiring pH control.
Triethanolamine is added for maintaining optimal pH for skin compatibility and ingredient stability, helping with ensuring product efficacy, comfort on skin, and long-term stability. Found in exfoliants, acid treatments, cleansers, and toners, suited for all water-based formulations requiring pH control.
When to Choose Sodium Hydroxide or Triethanolamine
Choose Sodium Hydroxide for maintaining optimal pH for skin compatibility and ingredient stability. Effective in AHA/BHA exfoliants, vitamin C serums, toners, and cleansing gels.
Choose Triethanolamine for maintaining optimal pH for skin compatibility and ingredient stability. Works well in AHA/BHA exfoliants, vitamin C serums, toners, and cleansing gels.
Sodium Hydroxide & Triethanolamine: Skin Type Considerations
Sodium Hydroxide suits all water-based formulations requiring pH control, while Triethanolamine works better for all water-based formulations requiring pH control. Performance varies with concentration, product type, and other active ingredients.
Sodium Hydroxide & Triethanolamine Profiles
- Sodium Hydroxide — pH Adjuster
- Triethanolamine — pH Adjuster