A scientific breakthrough is upon us. Spectrum Labs maker of the Get Clean shampoo has formulated a shampoo with conditioner like features. This product will remove all unwanted toxins from your hair follicle for a full 4-5 hours. With everyday toxins and elements upon us treating the hair in order to pass a test can be difficult, when in presence of nicotine and other harmful substances the body and hair will begin absorption. The Get Clean shampoo kit is a recommended one time use. The shampoo/conditioner consists of 4 fluid ounces of a shampoo more then enough for any male or female with a decent amount of hair. When a hair test is preformed by a lab the technician typically gathers roughly a pencil in with from the back of the scalp area. Once the hair is taken it is processed through the lab for further analysis. The procedure in which the hair is tested consists of the hair being placed in a solvent solution that actually dissolves the hair in which the metabolites and released from the hair follicle. From this point forward the toxins are removed from the liquid based and analyzed for toxins. This procedure is very similar to a urine test from this point forward and results will come back rapidly. ( SHOWER CAP PROVIDED WITH ORDER)
Amazing GCS (Get-Clean-Shampoo) For Toxin free, Healthier Hair!
Everyone’s after toxin free hair when a hair test pops up, but achieving this ambition is unrealistic without proper care. With environmental factors and pollutants contaminating the hair during exposure, growth and survival become a struggle. With the GCS (Get-Clean-Shampoo) formula, removing environmental contaminants in the hair is a breeze. If the hair is wet or treated with any synthetic regime (styling gel), it’ll become highly responsive to foreign contaminants. Nicotine from second-hand vaping and other harmful toxins is a primary concern raised after scientists examined the behavior of the chemical when it’s absorbed by the hair roots.As someone ingests or inhales nicotine smoke and other harmful toxins, the metabolites journey to the bloodstream and contaminate organs. Gradually, the hair follicles will absorb this toxic chemical with other needed nutrients as it feeds. This could later impair hair growth or cause nutrient imbalances. With no escape, a buildup of nicotine metabolites within the hair follicle chamber could have an adverse effect. A recent study of this science concluded that it’s possible to remove toxic nicotine metabolites by extraction. An examiner collected a potentially contaminated hair sample and tested it for toxin metabolites. The examiner applied organic solvents to dissolve the strand of hair. This allowed proper extraction of the elements in a liquid state. It underwent a similar process called GC/MS test, which is comparable to a standard urinalysis. This isolated the toxic nicotine metabolites and with this result, hair treatment specialists have formulated a powerful cleaning formula, namely the GCS (Get-Clean-Shampoo).
This fast-acting hair shampoo leaves the hair toxin free of all unwanted products consumed by the body. The wash technique isn’t time-intensive. For a richer wash, simply apply the shampoo and massage the organic solvents into the hair properly. It’ll remove all lingering nicotine metabolites and all toxins trapped, giving the hair a toxin free result when tested in a lab.
How GCS (Get-Clean-Shampoo) works?
1. Before use, shake thoroughly.
2. Use 1/2 bottle of GCS (Get-Clean-Shampoo) to massage into the hair scalp and strands. To maximize performance, simply cover all the strands of hair in a film-like coating.
3. Leave the hair treated with GCS (Get-Clean-Shampoo) and allow it to steam by using a disposable shower cap to cover it ( 30 min recommended). Keep massaging the scalp periodically.
4. Let it soak for about 30 minutes.
5. Repeat steps 1-4 and monitor the quantity of GCS (Get-Clean-Shampoo) remaining.
6. Allow the hair to soak until all samples are removed.
7. GCS (Get-Clean-Shampoo) keeps the hair free of nicotine metabolites for up to about 4-5 hours before it extracts more from the blood.