Regular product
This product is Auto-replenishable!
Skip to product information
1 de 2

Sebastian Professional No Breaker Leave-In Cream

Sebastian Professional No Breaker Leave-In Cream

Sebastian Professional No Breaker Bond-Building & Styling Leave-In Cream loves stressed hair, providing bond-building for frizz control, workable hold & deep conditioning. Achieve frizz-free styles + heat protection up to 230º C / 450 ºF.
Regular price $33.00 USD
Regular price $33.00 USD Sale price $33.00 USD
Sale Coming Soon
Shipping calculated at checkout.
Sizes : 145 ml / 4.9 fl oz

will be shipped within 3 to 5 days

View full details
Description

A multi-benefit treatment designed to care for stressed and damage-prone hair. This bond-building leave-in cream helps strengthen the hair structure while supporting frizz control and providing a flexible, workable hold for styling.

The advanced formula works to deeply condition the hair while helping protect and reinforce internal hair bonds, promoting smoother and more resilient strands. It assists in reducing the appearance of frizz, allowing styles to look polished and well-defined with natural movement.

Ideal for heat-styled or chemically treated hair, this leave-in cream also offers thermal protection of up to 230ºC / 450ºF, helping shield hair from high-temperature styling tools. With regular use, hair appears smoother, stronger, and more manageable, supporting frizz-free styles with enhanced shine and softness.

Benefits:

  • Provides bond-building for frizz control NewSebastian
  • Flexible hold for strong hair & endless looks
  • Frizz-free styles + heat protection up to 230º C / 450 ºF
  • A leave-in cream that loves stressed hair
Instructions

Apply to damp hair from mid-lengths to ends.
Style as usual. For best results, apply daily.

Description
Sebastian Professional No Breaker Bond-Building & Styling Leave-In Cream loves stressed hair, providing bond-building for frizz control, workable hold & deep conditioning. Achieve frizz-free styles + heat protection up to 230º C / 450 ºF.