M-mark Amino acid-based moisturizing bath additive

Made from a baking soda base for better cleansing. Latches on to sweat and sebum, leaving your skin soft and smooth. Also contains eight amino acid-based moisturizing ingredients. The product is water-soluble and leaves no residue while also enhancing the moisturizing effect of hot water. It leaves the skin feeling moist and supple, but without any stickiness on the surface. The combination of amino acid and baking soda produces a greater softening effect on the skin compared to plain bathwater. Features the pleasant aroma of mint essential oil.

Free from paraben, colorants and synthetic fragrances.

type

500g 50g

Price

¥2,057 Tax included.

Qty

Sold out

Recommended for

・Worried about dryness of the whole body
・Want to make skin smooth
・Want to moisturize the whole body while taking a bath

All Ingredients

Sodium Bicarbonate、Sodium Sulfate、Betaine、Glycine、Serine、Alanine、 Threonine、Lysine HCl、Arginine、 Glutamic Acid、Proline、 PCA、Sodium PCA、Sodium Lactate、Water

Characteristic Ingredients

Sodium hydrogen carbonate: Also called baking soda, this is one of the ingredients found in hot springs. It adsorbs acidic skin and sebum stains and makes skin smooth and silky.
Amino acid: Contains 8 types of amino acids, which are natural moisturizing factors. They quickly penetrate into the horny layer to prevent skin dryness and protect moisture.

Precautions for use

Do not use leftover water for washing or rinsing white or fashionable clothes. Also, do not leave clothes in leftover water for long periods of time.

From the Development Manager

Moisturizing care is important because the body secretes less sebum and sweat than the face, and is actually more prone to moisture deficiency than the face. Powdered bath salts, which dissolve quickly with a light stir, are recommended when you cannot take your time to take care of your skin. By soaking in a bath containing amino acids, which make up natural moisturizing factor (NMF), you can easily replenish moisture to the entire body.