Ceramic gets to the same temperature as the titanium it just delivers the heat differently.
Is titanium better than ceramic curling iron.
But when it comes to durability there is no doubt that a titanium curling iron is definitely the better choice.
Titanium on the other hands heat rapidly but because of the way the plate is designed it does not heat evenly.
But titanium irons are more tremendous than tourmaline.
When it comes to the price between ceramic vs titanium curling iron the former is slightly more expensive but that depends on the hot tools that you are eyeing.
Humidity and frizz control.
The ions of the ceramic curling iron make it so the curling iron is not as damaging.
Ceramic is great for damaged hair because it won t damage your hair as much as the titanium.
Ceramic is good for.
On the other hand although titanium is light weight but it is super strong.
The main advantage of ceramic curling irons is that gentle even heating they provide which is great for certain hairs.
If you are skilled or a professional you can use titanium it is easy to control and you can achieve a better result.
Although ceramic curling iron provides even heat distribution but it relatively lacks durability in comparison with titanium curling iron.
If you have delicate hair then ceramic will be ideal because it will allow your hair to get ironed evenly which is not something you will get with a titanium product as it heats up fast.
Tourmaline curling irons also have better performance than ceramic and metals.
However higher end titanium curlers could be pricier than curlers with solid ceramic barrels.
Like ceramic titanium curling iron also emits negatives ions and generates an even far infrared heat which makes the thick coarse hair frizz free and smooth.
If you want safer heating ceramic might be the best option.
Resultantly it can endure the harshness of use for a longer time than ceramic.
But their qualities of performance are less effective.
The metal surfaces of the curling iron snag the hair which a titanium curling iron never does.
Now this is can be an expensive experiment so you don t have to do it at home.