Skip to product information
1 of 7

Felps Professional - USA

Felps Professional Force Gloss Hair Conditioner with Marineplex and Glycolic Acid, Strengthening Treatment for All Hair Types, 13.5 fl oz

Felps Professional Force Gloss Hair Conditioner with Marineplex and Glycolic Acid, Strengthening Treatment for All Hair Types, 13.5 fl oz

Regular price £21.00 GBP
Regular price £21.00 GBP Sale price £21.00 GBP
Sale Sold out
Taxes included.
Quantity

Transform your hair with Felps Professional Force Gloss Conditioner, a powerful strengthening treatment that delivers remarkable results. This professional-grade formula combines innovative Marineplex technology with glycolic acid to create visibly fuller, stronger, and more vibrant hair. The advanced conditioning treatment offers impressive benefits, reducing breakage by 57%, increasing density by 18%, and doubling shine from the first application. Suitable for all hair types, this 13.5 fl oz conditioner works deep within the strands to seal cuticles and enhance manageability. The rich formula provides intensive nourishment while improving hair's overall appearance and resilience. Simply apply after shampooing, focusing on mid-lengths to ends, and rinse thoroughly for best results. Experience the transformation as your hair becomes noticeably stronger, fuller, and more radiant with each use of this premium conditioning treatment.

  • ADVANCED FORMULA: Professional-grade conditioner featuring Marineplex technology and glycolic acid for superior hair strengthening and shine enhancement
  • PROVEN RESULTS: Delivers 57% less breakage, 18% more density, and 2X more shine from the first application
  • VERSATILE USE: Suitable for all hair types, particularly effective for fine or fragile hair needing extra strength and vitality
  • NOURISHING INGREDIENTS: Contains seaweed complexes, amino acids, peptides, and crambe oil to deeply condition and protect hair
  • GENEROUS SIZE: 13.5 fl oz bottle of premium hair treatment that helps create visibly fuller, stronger, and more resilient strands
View full details