Salt Water "Salt breaks down any chemical service, be it a perm, relaxer, or keratin treatment," says Roque. So, if you regularly swim in salt water, your keratin treatment will fade sooner.
Yes, salt water will break down the keratin bond. You also need to make sure that none of your hair care products has sodium chloride as an ingredient.
Salt water can damage the keratin in your hair. This can be damaging because keratin is responsible for keeping your hair strong and healthy. However, keratin levels are always vulnerable to sustaining damage.
“Overtime, factors like environmental triggers, UV chemicals and heat can break down keratin. Those factors basically cause the protein to change its natural shape.”
Keratin is dissolved in alkalies at high temperatures, such as sodium hydroxide (lye) or potassium hydroxide (potash). The alkali breaks the keratin protein down into small peptide chains and individual amino acids.
Keratin also protects epithelial cells from damage or stress. Keratin is extremely insoluble in water and organic solvents. Keratin monomers assemble into bundles to form intermediate filaments, which are tough and form strong unmineralized epidermal appendages found in reptiles, birds, amphibians, and mammals.
You can wash off keratin by frequent hair washing, combing, visiting swimming pools or salt water springs. Expose your locks to hot humid air in saunas and baths, as experts claim that the keratin layer is destroyed under such influences. You should achieve such effect to return your locks to their previous state.
Sensitivity to Moisture: Keratin-treated hair can be sensitive to excessive moisture. Sweat, being salty and often acidic, can affect the keratin's bonding with the hair, potentially leading to frizz and a diminished smooth appearance.
Swimming post-keratin treatment requires extra care. Avoid getting your hair wet for at least 72 hours to let the treatment bond properly. Chlorine in pools and saltwater in the ocean can strip the treatment from your hair. Before taking a dip, wet your hair with fresh water and apply a protective leave-in conditioner.
Solubilization of keratinaceous material is poor in hydrogen peroxide solutions where the pH is less than 9; however, when a solution of 1% H2O 2 is brought to pH 10 by adding roughly 1* by weight of NaOH it can release over 80% of the weight of crude keratin chicken feathers as soluble protein (Example 3) .
Salt water contains sodium which penetrates into the hair cuticles and ruins keratin. Your hair will not only lose its shine and straightness but will become dry too.
While saltwater can add minerals to the hair and scalp, it can also cause dryness and brittleness. Saltwater and hair don't usually result in a positive interaction. Saltwater can strip hair color and weaken hair structure, so it is important to be careful with saltwater to maintain healthy hair.
Sodium lauryl sulphate and keratin treatment do not mix well together. Sodium Lauryl Sulphate (SLS) is a mild detergent that is used in many shampoo products in order to lather the hair. This ingredient is responsible for stripping out colour from hair and washes out keratin from treated hair.
Only certain types of proteases, called keratinases, are able to cleave the peptide bonds within the keratin structure. Due to this outstanding activity, keratinases have potential application in industries such as livestock, cosmetics and pharmaceuticals.
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"You should also try not to use it right before or right after a chemical treatment, such as a coloring or a keratin job because the pH can affect the treatment you're having [or just had] done."
After a keratin treatment, steer clear of saltwater and chlorine pools. Saltwater can cause the hair cuticle to swell, leading to moisture loss and potentially compromising your treatment results.
Bacteria are major players in keratin degradation and have been the most intensively studied to date. Among them, Bacillus species, such as Bacillus licheniformis, Bacillus subtilis, Bacillus amyloliquefaciens, are capable of producing keratinase [15,16,17].
The reducing agents such as sulfites, bisulfites, 2-mercaptoethanol, thioglycolic acid, and dithiothreitol are widely used for keratin extraction.
4. Avoid Swimming: Chlorine and Salt Water: Avoid swimming in chlorinated pools or salt water for at least two weeks after your treatment. Both chlorine and salt can strip keratin from your hair, drastically reducing the lifespan of the treatment.
Sebaceous filaments are thin, threadlike appendages that line your sebaceous (oil) glands. They help move an oily lubricant called sebum from the glands to the surface of your skin.
Salicylic acid acts as another essential natural exfoliant that effectively penetrates the hair follicle, breaking down the build-up of keratin.