Scholl Fresh Step 24 Hour Care Anti-Perspirant
Scholl Fresh Step Antiperspirant Spray is specially developed with a Tri-Action Formula
Fresh Step Anti-Perspirant
Scholl Fresh Step Antiperspirant Spray is specially developed with a Tri Action Formula that:
Provides feet with 24h protection against odour
Take your shoes off with confidence thanks to Scholl Fresh Step Anti Perspirant that provides a light, airy fragrance to effectively protect against foot odour and ensures your feet are kept fresh whatever the day brings.
Take your shoes off with confidence thanks to Scholl Fresh Step Anti Perspirant that provides a light, airy fragrance to effectively protect against foot odour and ensures your feet are kept fresh whatever the day brings
£ 4.00
130 g
150ml ℮
- Scholl Fresh Step 24 Hour Care Anti-Perspirant
- How is Scholl Fresh Step Antiperspirant Different?
- Scholl Fresh Step Antiperspirant Spray is specially developed with a Tri-Action Formula that:
- - Instantly neutralises odour
- - Reduces wetness with drying action
- - Provides feet with 24h protection against odour
- Take your shoes off with confidence thanks to Scholl Fresh Step Anti Perspirant that provides a light, airy fragrance to effectively protect against foot odour and ensures your feet are kept fresh whatever the day brings.
- Dermatologically tested.
- Scholl and the Scholl Logo are trade marks of the Reckitt Benckiser Group.
- 24h Performance
- For Dry Feet
- Pack size: 150ML
Information
Ingredients
Butane, Isobutane, Propane, Aluminum Chlorohydrate, Cyclopentasilocane, Cyclohexasiloxane, Disteardimonium Hectorite, Parfum, Propylene Carbonate, Benzyl Salicytate, Hexyl Cinnamal, Linalool, Citronellol, Coumarin, Limonene, Eugenol, Cinnarryl Alcohol, Propellant: Hydrocarbon
Produce of
Made in Poland from imported and local components
Preparation and Usage
- How should I use this product?
- Shake well before use. Hold can approximately 10-15 cm away from dry, clean skin and spray evenly. Focus on the sole of the foot and between toes, where sweating is concentrated.
