Ayurveda Nilini Hair Colour - 100% Ayurvedic, No Ammonia, No Bleach,No Peroxides, Natural Black Colour - 40G

The SHESHA AYURVEDA Nilini Hair Colour is fantastic if you want to avoid harsh chemicals like ammonia or peroxide. It gives a very natural-looking black shade without irritating the scalp or causing that dry, straw-like texture after colouring. It’s easy to mix, easy to apply, and leaves hair feeling healthy. Highly recommend for anyone looking for a clean, Ayurvedic alternative

The product is very good, it comes in 4 single use pouches .Best thing is it is natural with no strong chemicals,smells good.anotger good thing is it comes with a small pouch for patch test . Which eases The process of patch test without hampering The original content.

tried the Shesha Ayurveda Nilini Hair Colour (Natural Black) and had a good experience. A thoughtful addition is that the pack comes with a patch test, which is helpful for checking skin sensitivity before applying the product , it’s free from ammonia, peroxide, and bleach, making it a gentler alternative to regular hair dyes. It was easy to prepare and apply, and the colour looked natural. My hair felt soft and smooth after use. Overall, it’s a good option for anyone looking for a herbal hair colour with a natural finish. The product arrived on time. The box was in good condition, and everything was neatly packed. The seller delivered exactly as described.

it's highly unlikely that heating natural ingredients along with burnt coconut shells would primarily result in the release of para-phenylenediamine (PPD). Here's why: * Para-phenylenediamine (PPD) is a specific synthetic chemical. PPD is not something that naturally occurs in plants or coconut shells. It's typically manufactured through industrial chemical processes starting from benzene or nitrobenzene derivatives. * Heating organic materials leads to complex breakdown, not specific synthesis. When you heat organic materials like "natural ingredients" and burnt coconut shells, you're essentially causing them to undergo pyrolysis or combustion. This process breaks down complex molecules into simpler ones. While you will get a complex mixture of gases, volatile organic compounds (VOCs), particulate matter, and potentially some polycyclic aromatic hydrocarbons (PAHs), it's not a process that specifically creates PPD in any significant amount. * What you would likely get: Heating these materials would primarily produce: * Smoke and particulate matter: This is composed of tiny solid particles and aerosols, which can be harmful to respiratory health. * Carbon monoxide (CO) and carbon dioxide (CO2): These are products of incomplete and complete combustion of carbon-containing materials. CO is a toxic gas. * Volatile organic compounds (VOCs): A wide range of gases and vapors released from the breakdown of organic matter. Some VOCs can be harmful or have unpleasant odors. * Polycyclic aromatic hydrocarbons (PAHs): These are formed from incomplete combustion of organic materials and are known to be carcinogenic. * Other gases: Depending on the "natural ingredients," you might get other gases like nitrogen oxides, sulfur oxides (if sulfur is present), etc. * Coconut shells and burning: Burnt coconut shells are essentially charcoal. Charcoal is mostly carbon. Burning them will primarily release carbon dioxide, carbon monoxide, and particulate matter. * "Natural ingredients" are very broad: If you could specify what "natural ingredients" you are thinking of, we could consider if they contain any specific precursors that could theoretically react to form something resembling PPD under extreme heating conditions, but even then, a direct and significant release of PPD is improbable. In summary, while heating organic materials leads to the release of various chemicals, it is not a pathway to generate para-phenylenediamine. The process is more of a destructive breakdown rather than a specific synthesis. It's important to be aware that burning any organic material, including "natural ingredients" and coconut shells, can release harmful substances into the air. It's generally best to avoid inhaling smoke from such processes. Could you tell me what made you think about para-phenylenediamine in this context? Perhaps understanding your reasoning can help clarify things further!

Gives a completely natural black shade without irritating my scalp. It is very easy to apply, washes out smoothly, and doesn't cause any dryness or hair fall. Highly recommended for anyone looking for an Ayurvedic alternative.