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Polyethylene Glycol 150 Distearate (250g)
KD 2.500
Details
✅ 1. Description
PEG-150 Distearate is a non-ionic surfactant and thickening agent commonly used in cosmetic and personal care products.
Derived from:
Stearic acid (fatty acid)
Polyethylene glycol (PEG-150) (high molecular weight)
👉 It is mainly used to increase viscosity (thickness) in liquid formulations and improve product texture.
Appearance: Waxy solid or flakes
Solubility: Dispersible in water (with heating)
Works well in surfactant systems
⚙️ 2. Usage Rate
Typical usage levels:
✔️ 0.5% – 5%
✔️ Common: 1% – 3%
👉 Notes:
Higher levels = thicker product
Usually added to the water phase with heating (~60–70°C)
Requires proper mixing to fully dissolve
🌟 3. Benefits
🧴 Thickening Agent
Significantly increases viscosity of liquid products
Helps create gel-like or rich textures
🫧 Foam Stabilizer
Enhances and stabilizes foam
Gives a creamy, dense lather in shampoos and body washes
💧 Improves Product Feel
Makes formulations feel smoother and more luxurious
Prevents products from feeling too watery
⚖️ Stabilizes Formulations
Helps maintain uniform consistency
Prevents separation in surfactant-based systems
🌿 Mild & Non-Ionic
Gentle on skin compared to harsh surfactants
Compatible with many ingredients
💡 Common Applications
Shampoos
Body washes
Facial cleansers
Liquid soaps
Shower gels
⚠️ Formulation Tips
Add during heated phase (60–70°C)
Combine with surfactants like:
Coco glucoside
SLES / CAPB
Too much can make product:
Overly thick
Slightly cloudy
✔️ Summary
Type: Thickener + foam stabilizer
Usage rate: 0.5% – 5% (ideal 1–3%)
Main benefits: Thickens, improves foam, enhances texture
PEG-150 Distearate is a non-ionic surfactant and thickening agent commonly used in cosmetic and personal care products.
Derived from:
Stearic acid (fatty acid)
Polyethylene glycol (PEG-150) (high molecular weight)
👉 It is mainly used to increase viscosity (thickness) in liquid formulations and improve product texture.
Appearance: Waxy solid or flakes
Solubility: Dispersible in water (with heating)
Works well in surfactant systems
⚙️ 2. Usage Rate
Typical usage levels:
✔️ 0.5% – 5%
✔️ Common: 1% – 3%
👉 Notes:
Higher levels = thicker product
Usually added to the water phase with heating (~60–70°C)
Requires proper mixing to fully dissolve
🌟 3. Benefits
🧴 Thickening Agent
Significantly increases viscosity of liquid products
Helps create gel-like or rich textures
🫧 Foam Stabilizer
Enhances and stabilizes foam
Gives a creamy, dense lather in shampoos and body washes
💧 Improves Product Feel
Makes formulations feel smoother and more luxurious
Prevents products from feeling too watery
⚖️ Stabilizes Formulations
Helps maintain uniform consistency
Prevents separation in surfactant-based systems
🌿 Mild & Non-Ionic
Gentle on skin compared to harsh surfactants
Compatible with many ingredients
💡 Common Applications
Shampoos
Body washes
Facial cleansers
Liquid soaps
Shower gels
⚠️ Formulation Tips
Add during heated phase (60–70°C)
Combine with surfactants like:
Coco glucoside
SLES / CAPB
Too much can make product:
Overly thick
Slightly cloudy
✔️ Summary
Type: Thickener + foam stabilizer
Usage rate: 0.5% – 5% (ideal 1–3%)
Main benefits: Thickens, improves foam, enhances texture
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