Super Skinny Relaxing Balm

Smoothing by John Paul Mitchell Systems
SKU#: USA-572379 UPC#: 009531115900

Super Skinny Relaxing Balm

Smoothing by John Paul Mitchell Systems
SKU#: USA-572379 UPC#: 009531115900
Login or Register to buy
Not available for standard shipping
Standard Shipping Standard Shipping Unavailable
Selected
Invalid Selection
In-Store Pickup In-Store Pickup Unavailable
Selected
Invalid Selection
Same Day Delivery Same Day Delivery Unavailable
Selected
  • Smoothes and Controls
    Super Skinny Relaxing Balm provides superior slip and wet combing, softens and helps prevent mechanical damage to the cuticle. A unique humidity resistant resin provides long-lasting memory. Our exclusive Super Skinny Complex penetrates into the hair to constrict the fiber. The result is a smoother surface, tighter diameter and greatly reduced drying time.
  • Rub 2 to 4 pumps into hands and apply evenly to damp hair. Style as desired.
  • *Smoothes and Conditions-Wheat and vegetable proteins team up with conditioning ingredients to moisturize hair from within, protecting locks while leaving them soft and silky smooth.
    *Resists Humidity-A unique, humidity resistant ingredient provides incredible memory that lasts in any weather, creating an ideal foundation for heat styling.
    *Saves Time-Skinnier strands make heat styling a cinch. The exclusive Super Skinny Complex displaces water and constricts every strand for reduced dry time and speedy styling.
  • Hydroxypropyltrimonium Hydrolyzed Corn Starch: Humidity resistant, clean, flexible resin with incredible memory.
    Wheat Amino Acids: A powerful wheat protein derived amino acid complex that penetrates the hair to moisturize from within.
    Hydrolyzed Wheat Protein PG-Propyl Silanetriol: A unique hair-strengthening complex that penetrates deep into the hair to dramatically improve strength, while moisturizing and lubricating the cuticle.
    Timethylsiloxyamodimethicone, C11-15 Pareth-7, C12-16 Pareth-9, Glycerin, Trideceth-12: Conditioning ingredients that penetrate into the hair shaft to constrict the fiber; the result is a smoother surface, tighter diameter and greatly reduced drying time.