| Return shipping will be paid by | Buyer |
|---|---|
| All returns accepted | Returns Accepted |
| Item must be returned within | 30 Days |
| Refund will be given as | Money back or replacement (buyer's choice) |
| Hold Strength | Medium Hold |
| Country/Region of Manufacture | United States |
| Department | All Ages |
| Formulation | Mousse |
| Styling Effect | CONDITIONING FOAM |
| Product Line | Paul Mitchell Flexible Style |
| Hair Type | All Hair Types |
| Type | Finishing Product |
| Features | hair-care-styling-products |
| Active Ingredients | Styling and bodifying agents |
| MPN | 1409225 |
| Volume | Various Volumn |
| Ingredients | Styling and bodifying agents |
| Brand | Paul Mitchell |
| Suitable For | Hair |
| Scent | Sweet creamy coconut |
Check the listing for details. Paul Mitchell Flexible Style Sculpting Foam (Select Size). Condition: New with box. Listed at 12.45 USD. Paul Mitchell Flexible Style Sculpting Foam Whether you want to create gorgeous, defined, crunch-free curls or set hair straight with silky, static-free style, this versatile hair styling mousse enhances texture with long-lasting memory that controls frizz and flyaways while adding shine and balancing moisture. The conditioning formula contains styling and bodifying agents, combined with panthenol to provide touchable hold and emollients to smooth hair’s surface. Details The perfect combination of styling and conditioning. Sculpting Foam gives hair manageability and control for natural curls and waves. Excellent for blow-dried styles as well as “naturally dried” styles. Directions 1. Shake well. 2. Dispense upside down. 3. Protect clothing prior to application. 4. Distribute evenly throughout hair. 5. Style as desired. Features & Benefits · Medium Hold Styling and bodifying agents combined with panthenol provide long-lasting memory and texture.· Defines Curl and Controls Frizz Emollient conditioners smooth the surface to control static and enhance curls.· Helps Prevent Moisture Loss Hawaiian awapuhi helps balance moisture and prevent dryness.