As a scientist allow me to shed some light on this confusing subject:
There are many spurious over hyped marketing claims made by haircare product manufacturers that are used to win over consumers, but are not properly tested scientifically. Makers of ionizers claim many things such as......
Twice the water removal, so therfore less heat damage,
Sealing the cuticle.
Keeps water in hair shaft: shinier, smoother, softer, healthier looking hair.
Fuller hair sexier hair etc etc etc .
There is also a massive overuse of ceramic buzz words such as 'jewels', tormaline, and that ceramic component' in a hairdryer somehow makes your hair healthier??
Try googling actual scientific papers on this, mmm very had to find anything to substantiate them whatsoever.
Funny also how there are so many varied claims and not one solid message.
But as far as i can tell Ionizers just reduce some frizzing of the hair caused by static build up. This may be more apparent in low humidity climates.
The reduction in frizz may make your hair feel softer etc. It is HIGHLY unlikey that they will prevent any kind of hair damage from as your hair still sees the same temperture, power and time under the dryer. if your hair is damaged with ruffled cuticles then the ionizer could make this seem more effective.
If you tried to cook a piece of food with your ionic hairdryer do you think the food would be less browned or burnt with an ionizer - No of course not. The heat is the overriding factor - see below.
Ionizers negativley charge air molecules by adding extra electrons to the air atoms and molecules.
They do this using either a differences in charges of materials (such as the mineral tourmaline) that produce negative ions passivley (ie by not using any power or electricity).
Or, have internal electrical devices that create high voltage rather like the peizo sparker on a gas cigarette lighter.
Tourmailine is just another way of producing ions instead of the high volatge method mentioned way but the end result is exactly the same. Its the same if you by an ionizer for your house .
One site used the term 'crushed tourmaline jewels emit the highest concentration of ions. This is non factual and highly exagerated. Tourmaline is just a simple mineral that readily gives up extra electrons to the air atoms running past it. Its actually easier to create far more ions by the electrical sparker method as is electrically powered and not passive.
At the end of the day all these devices can only produce very small amounts of ions or if the ionizers are too powerful they will start to emit ozone gas of which there is a legal limit on domestic products. So these devices are of minimal power maybe a 1-3 watts.
Ionizers certainly do not improve the evaporation of water and speed up the drying process. Water requires a COLLOSAL amount of energy to evaporate it. That why your hairdryer needs to around as powerfull as an electric hob ring 1600- 2000 watts to be effective and still takes around 10-20 minuites!
Did you know Its takes 5 times as much energy to turn water into a gas (steam) than it does to boil the same amount of water to 100 degrees.
Its because water atoms must vibrate enough to break their bonds from which they are attached to each other and leave the surface.
So....... the ionizer device of 1 or 2 watts wont reduce the drying rate as its power is totally insignificant.
Ionizers seal in moisture? This is also highly debatable.
When you dry your hair it is most likely heated to around 100-160 degrees Celcius.
What will likely have a far greater effect is :
The humidity in the air at the time or after you dried the hair.
And how intensly you dry the hair. ie how ,how close, and how hot, you dry it.
Other debatable claims say ceramic components regulate heat better. this is not true either. What regulates heat is the amouynt of air traveling over the heater. Less air or a restricted airflow means its hotter so be careful.
The ionic hair straightener is a device which emits negatively charged ions, which supposedly smooth the hair shaft and helps with shine. The difference between an ionic dryer and a regular one is very small.
An ionic blow dryer, emits millions of charged particles called ions that bond to your hair, breaking down moisture molecules with very little heat, unlike a standard.
whats difference between covalent and ionic bonding
Ceramic is a material used in hair dryers, Ionic is the Technology created by the Ceramic. A hair dryer can be both. If your hair dryer is Ceramic, it is Ionic. When Ceramic is heated it generates negative ions that smooth the positive ions in your hair allowing hair to lay flat and smooth.
ionic is bigger
All are ionic compounds.
bonding between atoms with an electronegativity difference of 1.7or less has an ionic character of 50 % or less If difference of electronegativities of two atoms is between 0.5 to 1.7 then bond shows ionic character higher is this difference higher is ionic character of bond.
KBr is ionic. The electronegativity difference between K and Br is 2.16, which means it is ionic.
the difference between ionic bonds and meals is that metals are able to be bent and ionc bonds cant bend without breaking
Ionic is between a non metal and a metal, covalent is between two nonmetals.
Ionic as the difference in the electronegativity between the two atoms is over 1.7
Covalent compounds are more flammable when compared to ionic compounds.Ionic compounds are more soluble in water than covalent compounds.for more go to: difference between . net
Describe the difference between covalent and ionic bonds give one example of each?
The net ionic equation does not include any precipitates formed.
If the electronegativity difference between two atoms is above 1.7, then the bond is ionic.
LiF is ionic because the difference in electronegativity between Li and F is above 1.7
The difference in electronegativity between sulfur and oxygen is not sufficient to form ionic bonds.
Ionic hair dryers can cost anywhere from $15-$100 depending on the quality and model of dryer you want. You can find ionic hair dryers at stores like Walmart and Target.
ionic bond is only formed between two species when there is large electronegative difference between them
If the difference in the electronegativity between the two atoms is above 1.7, then an ionic bond is formed.
Compounds with covalent bonds form molecules. Compounds with ionic bonds form ionic lattices.
ionic compounds can desociate into anion & cation.. non ionic compounds can not desociates into anion & cation..