Name: Vita Supply Shampoo
Brand: HAIR+
Rating: 4.49 (45 reviews)

Reviewed by Hwahae Trial Reviewers

This review was written by a Hwahae Trial Reviewer who received the product for free and evaluated it with a sense of representing Hwahae. The review is completely unbiased and honest, with no guidelines or restrictions. Trial Reviewers' reviews undergo the same strict verification process as regular reviews, and if they don't meet our standards, revisions will be requested.

Pros

The main point of the advertisement is that it provides nutrition to fine and damaged hair, making the hair feel better. I have thin hair, a dry and sensitive scalp, and I also tend to lose a lot of hair when shampooing or brushing. *When choosing a shampoo, I considered the following: 1. Whether it contains harmful ingredients 2. Whether it is mildly acidic 3. What surfactants were used and whether there are ingredients that help with hair loss ☆The harmful ingredient was 1 type of fragrance. It claims to be mildly acidic with a pH of 5.5. ☆The main surfactant is disodium laureth sulfosuccinate, which produces rich lather and is relatively less irritating. ☆It contains ingredients that help with hair loss, such as niacinamide, panthenol, salicylic acid, and biotin, which help with inflammation, exfoliation, etc. ☆It's a reasonably priced product at around 10,000 won for a 1-liter bottle. *Impressions when using it: ☆When pumped, it doesn't drip down and has a viscous texture when touched. The fragrance was a bit strong for me personally, but it's subtle after drying. ☆Without using a conditioner, it felt stiff when wet, but not stiff when dry. ☆It seems like I'm losing less hair compared to previous shampoos. ☆My scalp hasn't gotten itchy or had any issues so far. ☆There was less scalp odor. ☆Conclusion☆ For those with dry scalp and fine hair who are concerned about hair loss, this might be worth trying. It only has 1 fragrance as a harmful ingredient, and the irritating ingredients like salicylic acid and citric acid seem to be present in low concentrations.