Escat Cooling Mist Apparel Spray 150ml

Achieve immediate coolness with the Kose Cosmeport Escat Cooling Mist for Clothes. This extremely cold spray quickly lowers skin temperature on contact, providing a frosty feel of -14°F (-10°C) to combat high temperatures. Formulated for application on garments or headwear, it offers an easy and efficient method to maintain coolness all day long.

In addition to its cooling properties, this mist aids in diminishing perspiration odor due to its masking capability, and features an invigorating lime mojito aroma similar to chilled lemonade tea. Ideal for adults and children alike, it is excellent for application on diverse areas prone to sweating, serving as a adaptable remedy for comfort and a sense of cleanliness during hot periods or exercise.

• Format: Liquid

• Net contents: 5.07 fl oz | 150 ml

• Manufacturer: Kose Cosmeport

• Made in: Japan

• Extremely cold spray that immediately brings skin temperature down to -14°F (-10°C)
• Applicable on garments, headwear, and directly onto the skin
• Diminishes perspiration smell through a masking action
• Invigorating lime mojito fragrance
• Appropriate for facial and full-body application
• Secure for use by adults and kids
• Handy spray featuring a locking mechanism for simple portability

Ethanol, water, glycerin, cha leaf extract, BG, menthol, mexypropanzool, fragrance

Depress the stopper to release the spray mechanism. Apply 1 to 2 presses on sweat-prone regions including arms, back, legs, décolletage, neck, and scalp. For scalp application, part hair and mist approximately 0.8 inches (2 cm) away from the scalp surface. On apparel, direct 5 presses per damp area on t-shirts or pants. Also suitable for use inside undergarments, hosiery, headwear, and similar items. Re-apply once the cooling effect diminishes. Following use, reposition the stopper upright until an audible click secures the lever for convenient transport. Refrain from spraying close to eyes, facial areas, mucous membranes, or compromised skin. Avoid direct inhalation and usage within confined environments.