Product Details
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This perfume treatment is designed to keep your hair smelling delightful all day long. It boosts the longevity of the fragrance,
ensuring that the scent lingers on your hair even after a shower. The fragrance is not too strong but rather subtle, making it
a comfortable choice for everyone. With a water cream texture, it offers a smooth and gentle hair care experience, rinsing off
easily without any residue and leaving a pleasant, fragrant finish. Crafted with a vegan formula, it’s gentle on even sensitive
scalps, providing a delicate yet effective care for both fragrance and hair. The Refresh Moment Perfume Shampoo comes in
two enticing scents: 01 Jeju Camellia and 02 Fig Fog.
Jeju Camellia is enriched with Jeju camellia flower extract and 17 types of
amino acids, delivering shine and nourishment perfect for intensive repair care on damaged hair.
amino acids, delivering shine and nourishment perfect for intensive repair care on damaged hair.
Long-lasting concentrated fragrance that lingers for hours.
Smooth angelic styling for all-day soft and subtle hair.
Water cream texture that leaves no residue.
Vegan treatment that promotes healthier hair with continued use.
Mildly acidic pH for irritation-free, balanced scalp care.
Smooth angelic styling for all-day soft and subtle hair.
Water cream texture that leaves no residue.
Vegan treatment that promotes healthier hair with continued use.
Mildly acidic pH for irritation-free, balanced scalp care.
01 Jeju Camellia
Camellia Japonica Leaf Extract : It hydrates and nourishes the hair, imparting essential moisture and promoting a smoother texture.
17 Amino Acids : The 17 amino acids enhance hair strength, repair damaged protein structures, and assist in moisture retention for
healthier, more resilient strands.
Camellia Japonica Leaf Extract : It hydrates and nourishes the hair, imparting essential moisture and promoting a smoother texture.
17 Amino Acids : The 17 amino acids enhance hair strength, repair damaged protein structures, and assist in moisture retention for
healthier, more resilient strands.
