Thio neutralizers contain sulfur compounds, usually in the form of thiosulfate or thionitrite, and work by converting harmful substances into non-toxic forms. They are often used in wastewater treatment. On the other hand, hydroxide neutralizers use hydroxide ions to raise the pH of a solution and neutralize acids. They are commonly used for neutralizing acidic solutions or spills.
One major difference is their chemical composition: thio neutralizers contain sulfur while hydroxide neutralizers contain oxygen. Additionally, thio-neutralizers are generally used for neutralizing acidic wastewater, whereas hydroxide-neutralizers are typically used for neutralizing acidic gases or solutions.
Thio relaxers use ammonium thioglycolate to break the disulfide bonds in the hair, while hydroxide relaxers use hydroxide ions to break the disulfide bonds. Thio relaxers are milder and are often used on fine or damaged hair, while hydroxide relaxers are stronger and are better for coarse or resistant hair.
To select the right chemical for a client, consider their hair type, texture, and previous chemical treatments. Thio is milder and better suited for delicate or damaged hair, while hydroxide is stronger and more suitable for coarse, resistant hair. A thorough consultation and strand test can help determine the best chemical for your client's specific needs.
A thio group is a functional group in organic chemistry where a sulfur atom replaces an oxygen atom in a carbonyl group. It is commonly denoted as -S- in chemical structures. Thio groups can be found in compounds such as thioesters, thioamides, and thioketones.
The Greek word for sulfur is θείο.
One major difference is their chemical composition: thio neutralizers contain sulfur while hydroxide neutralizers contain oxygen. Additionally, thio-neutralizers are generally used for neutralizing acidic wastewater, whereas hydroxide-neutralizers are typically used for neutralizing acidic gases or solutions.
Hydroxide relaxers are not compatble with thio relaxers, permanent waving, or soft curl permanents because they use a different chemistry. Thio relaxers use thio to breake the disulfide bonds. The high pH of a thio relaxer is needed to swell the hair but it is the thio that breaks the disulfide bonds. Hydroxide relaxers have a pH that is so high that the alkalinity alone breaks the disulfide bonds. Hydroxide relaxers are not compatble with thio relaxers, permanent waving, or soft curl permanents because they use a different chemistry. Thio relaxers use thio to breake the disulfide bonds. The high pH of a thio relaxer is needed to swell the hair but it is the thio that breaks the disulfide bonds. Hydroxide relaxers have a pH that is so high that the alkalinity alone breaks the disulfide bonds.
Thio relaxers use ammonium thioglycolate to break the disulfide bonds in the hair, while hydroxide relaxers use hydroxide ions to break the disulfide bonds. Thio relaxers are milder and are often used on fine or damaged hair, while hydroxide relaxers are stronger and are better for coarse or resistant hair.
A thio group is a functional group in organic chemistry where a sulfur atom replaces an oxygen atom in a carbonyl group. It is commonly denoted as -S- in chemical structures. Thio groups can be found in compounds such as thioesters, thioamides, and thioketones.
To select the right chemical for a client, consider their hair type, texture, and previous chemical treatments. Thio is milder and better suited for delicate or damaged hair, while hydroxide is stronger and more suitable for coarse, resistant hair. A thorough consultation and strand test can help determine the best chemical for your client's specific needs.
Johnny Thio died in 2008.
Johnny Thio was born in 1944.
Thio Li-ann was born on March 10, 1968.
Thio Li-ann was born on March 10, 1968.
Thio Li-ann is 43 years old (birthdate: March 10, 1968).
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Chan Bee. Thio has written: 'Extraordinary adventures of an ordinary man' -- subject(s): Biography, History, Race relations