INTRODUCTION

Understanding greying

Hair greying refers to the gradual loss of natural pigment in the hair fibre, and like most biological changes, it begins beneath the surface. Understanding why it happens does not have to be overwhelming. Let’s break it down. 

Hair gets its colour from melanin, a pigment produced by specialised cells called melanocytes located in the hair follicle. Over time, due to genetics, oxidative stress, and the natural ageing process, these pigment-producing cells slow down or become less active. When melanin production decreases, new strands grow in with less colour, appearing grey, silver, or white. External stressors like UV exposure and pollution can accelerate oxidative damage inside the follicle, further impacting pigment preservation. While greying is a natural biological process, supporting follicle health and reducing oxidative stress can help maintain overall hair vitality as this transition occurs.

That was a lot to process. Simply put, hair greying is not random. It is driven by specific biological shifts inside the follicle. The real question is not whether greying happens, but what factors are accelerating pigment loss and how we can support follicle health in a more targeted way.

Hair greying refers to the gradual loss of natural pigment in the hair fibre, and like most biological changes, it begins beneath the surface. Understanding why it happens does not have to be overwhelming. Let’s break it down. 

Hair gets its colour from melanin, a pigment produced by specialised cells called melanocytes located in the hair follicle. Over time, due to genetics, oxidative stress, and the natural ageing process, these pigment-producing cells slow down or become less active. When melanin production decreases, new strands grow in with less colour, appearing grey, silver, or white. External stressors like UV exposure and pollution can accelerate oxidative damage inside the follicle, further impacting pigment preservation. While greying is a natural biological process, supporting follicle health and reducing oxidative stress can help maintain overall hair vitality as this transition occurs.

That was a lot to process. Simply put, hair greying is not random. It is driven by specific biological shifts inside the follicle. The real question is not whether greying happens, but what factors are accelerating pigment loss and how we can support follicle health in a more targeted way.

INGREDIENTS

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Here’s a list of some of our key actives, conscientiously chosen to ensure your hair receives the treatment it deserves.

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FAQ

Questions
Answers

1. What does the Arata Anti-Grey Serum do?

Short answer: It helps slow premature greying.

Let’s break it down: The Anti-Grey Serum supports melanin activity and protects pigment-forming cells from oxidative stress, helping reduce the rate at which new greys appear.

2. Can this reverse grey hair?

Short answer: No.

Let’s break it down: The Anti-Grey Serum is designed to slow greying and support pigment stability, not permanently reverse existing greys.

3. Is this suitable for daily use?

Short answer: Yes.

Let’s break it down: Its lightweight, non-greasy texture makes it suitable for consistent daily application, which is key for results.

4. When will I start seeing results?

Short answer: Within 90 days, with consistent use.

Let’s break it down: Hair pigmentation follows a slow biological cycle. The actives in the Anti-Grey Serum work at the follicle level to support melanin activity during new hair growth. In clinical studies conducted over 90 days, visible improvements in greying were observed with consistent daily use, which is why a minimum of 90 days is recommended for noticeable results.