Blow Dry Frizz Control Cream - Product image
Pinterest

Blow Dry Frizz Control Cream

Style a voluminous, frizz-free blowout with our blow dry balm. Helps block humidity, fights frizz, and protects from heat styling. Tri-Smooth Complex keeps your salon-level look lasting longer, and our one-of-a-kind STYLEPROTECT Technology weightlessly protects hair so you can achieve the looks you love without comprising hair health.​

Product Details

  • Dual-Flex Polymer delivers strong flexible hold and mega-volume.​
  • 72-hour humidity shield, 48-hour frizz control, and zero stickiness.​
  • Color-safe ingredients let color stay rich and vibrant even during heat styling.​
  • Gives an intoxicating, modern, fresh rose aroma that’s sophisticated and luxurious, bringing fine fragrance to hair.

Work a quarter-size amount of blow out cream into damp hair from root to tip. Blow dry with a round brush, section by section, for body.​

A closeup image of bubbles is shown against a rose-gold background.

STYLEPROTECT Technology

Take your style to the next level with Nexxus Stylers and Finishing Sprays. Powered by our exclusive StyleProtect Technology that encapsulates each strand with weightless protection to increase the lasting power of your style. Our Blow Dry Frizz Control Cream features an added Tri-Smooth Complex for a long-lasting, gorgeous blowout.


Use the link below to view a full list of ingredients.

View Ingredients

Product Recommendations

A tube of Nexxus Blow Dry Frizz-Control Cream is shown against a rose-gold background.

Blow Dry Frizz Control Cream

Create a salon-level blowout at home with this blow dry balm. Add luxurious volume and control frizz for a long-lasting, head-turning look.

A closeup image of bubbles is shown against a rose-gold background.

STYLEPROTECT TECHNOLOGY

+ TRI-SMOOTH COMPLEX FOR A LONG-LASTING BLOWOUT

72-hr Humidity Shield

48-hr Frizz Control

450° Heat Protection

A model with blonde, wavy hair is shown against a rose-gold background.

SMOOTH FRIZZ & GIVES HAIR 72H OF VOLUME

Related Articles