KanuFresh™
Freshness and comfort for the body you live in
Consumers want versatile, gentle, effective, natural deodorants and antiperspirants, yet current options fall short. KanuFresh™ meets this unmet need with a multi-action approach tailored to today's consumer. It helps minimize perspiration, body odor and irritation through three complementary mechanisms:
1. Reduces visible perspiration by modulating ion channel activity
2. Prevents odor formation by inhibiting malodor-causing enzymes, while respecting the skin's microbiome
3. Reduces inflammation and oxidative stress for a soothing, irritation-free experience
Strong efficacy for both sweat and odor control, while respecting the skin’s delicate ecosystem
Long-lasting whole-body protection to ensure everyday comfort, freshness, and confidence
BEYOND UNDERARMS
All-day freshness from head to toe, without the irritation.
PROVEN PERFORMANCE
Clinically proven sweat and odor protection built for active lifestyles.
ELEVATED EXPERIENCE
Delivers strong skincare benefits and blends effortlessly with fragrance
NATURALLY POWERFUL
Powered by 100% natural-origin ingredients with clean credentials.
Long-lasting whole-body protection to ensure everyday comfort, freshness, and confidence
BEYOND
UNDERARMSAll-day freshness from head to toe, without the irritation.
PROVEN
PERFORMANCEClinically proven sweat and odor protection built for active lifestyles.
ELEVATED
EXPERIENCEDelivers strong skincare benefits and blends effortlessly with fragrance.
NATURALLY
POWERFULPowered by 100% natural-origin ingredients with clean credentials.
ONE INGREDIENT. THREE ACTIONS.
SWEAT PROTECTION
up to
-54%
in visible sweat
ODOR CONTROL
up to
-44%
in odor intensity
CALMING EFFECT
up to
-35%
in skin irritation
Naturally powerful
KanuFresh™ is a botanical extract derived from the leaves of the kānuka tree (Kunzea Ericoides). Native to the beautiful landscapes of Australia and New Zealand, the leaves contain potent bioactive compounds recognized for their anti-inflammatory and antimicrobial properties, as well as their ability to modulate ion channel activity.
