Bleaching to achieve cool blonde locks is a common goal of bleaching, yet yellow tones may appear after bleaching due to exposure of warm pigmentation present in natural locks as the lightening process takes place.
Utilizing the color wheel, you can identify which hues will cancel out warm tones and reduce their yellow tint.
Lemon Juice
Lemons are an invaluable ingredient in many beauty treatments, including skin, hair and nail care regimens. Lemons have the power to regulate oil production while stimulating follicles for increased growth and shine – plus their vitamins and nutrients have been known to strengthen immunity against oxidative stress!
Anecdotal reports have reported that lemon juice can be an effective natural hair lightener, particularly with lighter shades of hair. This effect is due to citric acid’s bleaching or oxidizing action and when applied directly onto the scalp can act as a conditioner and remove buildup naturally. But due to the risk of phytophotodermatitis caused by UV radiation rays, excessive sun exposure following a lemon juice rinse should also be avoided in order to prevent yellowing of hair cuticle pigment.
Apple Cider Vinegar
ACV has quickly gained prominence on social media as a wellness treatment, with numerous influencers advocating its use to achieve clear skin and shiny locks. ACV may help regulate scalp pH balance to promote follicle development while the acetic acid contained within ACV may combat bacteria or fungus which contribute to dandruff issues.
ACV can also serve as a gentle clarifying agent, helping maintain smooth hair cuticles and reduce frizz, while at the same time helping prevent color pigment loss for those who dye their locks. ACV may even serve as an effective alternative to harsh clarifying shampoos that strip hair of its natural shine and color.
Before using apple cider vinegar on the scalp and hair, it is advised to dilute it with water first and apply in small amounts. Too long of an exposure may result in dryness and irritation of your scalp or hair. If using DIY ACV products doesn’t suit your lifestyle, professional products contain safe quantities of ACV along with other beneficial ingredients may provide better solutions.
Baking Soda
Baking soda may lighten dyed hair, but its use should only be part of an overall wash routine to minimize damage and itching. Overusing baking soda could result in dry and brittle locks as it acts like an abrasive, irritating the scalp, stripping natural oils from hair shafts and stripping shine and volume from locks altogether. Baking soda alone may even contribute to loss of volume and lack of shine and volume while leaving skin more susceptible to inflammation than when used regularly with shampoo or conditioner alone.
Baking soda and apple cider vinegar solutions may lighten hair, but not everyone should use them. Before selecting the appropriate solution for you, it’s essential to research all available options as well as consult with professionals. Baking soda solutions may serve as an effective replacement for shampoo, but they should never be seen as a complete cure-all; while they may lighten dyed locks they won’t remove buildup of oil, product residue, soaps and more which causes dull, lifeless locks; they can cause dryness and itching when overused; excessive use could even aggravate dandruff and scalp irritation so dandruff needs to be managed effectively by deep conditioning regularly! Also avoid this remedy for dry, damaged or color-treated locks due to potential dandruff aggravated by regular deep conditioning sessions!
Hydrogen Peroxide
Hydrogen peroxide is an oxidizing agent with the unique ability to accept electrons from other substances, making it an extremely potent bleaching and disinfecting agent, making it popularly used in households and to treat cuts.
Hydrogen peroxide is an extremely popular ingredient found in hair dye products as it lightens your locks. However, it should be noted that hydrogen peroxide can be toxic if it comes in contact with skin or is breathed in through inhalation.
Pure hydrogen peroxide solutions, free from contamination, are generally stable but decompose quickly with prolonged standing, agitation, contact with many reducing agents such as alkalies or sunlight exposure. It decomposes violently upon exposure to sunlight as well as reacting with certain phenolic compounds; stable adducts have also been formed with urea and sodium carbonate and used in aquaculture to control mortality due to microorganisms; its use even helps aerate fish tanks!
