
How Did the 80s Get Hair So Big?
Season 5 Episode 53 | 4m 31sVideo has Closed Captions
How Did the 80s Get Hair So Big?
The 80s was a decade full of neon leg warmers, power ballads, and big hair. But how did we get that big hair so bad it’s good? A little bit of teasing and a lot of chemistry. This week Ms. Beautyphile helps us tackle the science behind perms and crimping and overall big 80s hair.
Problems playing video? | Closed Captioning Feedback
Problems playing video? | Closed Captioning Feedback

How Did the 80s Get Hair So Big?
Season 5 Episode 53 | 4m 31sVideo has Closed Captions
The 80s was a decade full of neon leg warmers, power ballads, and big hair. But how did we get that big hair so bad it’s good? A little bit of teasing and a lot of chemistry. This week Ms. Beautyphile helps us tackle the science behind perms and crimping and overall big 80s hair.
Problems playing video? | Closed Captioning Feedback
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Learn Moreabout PBS online sponsorshipWake up and smell the Aqua-net because in the 80’s making a statement was all about the hair.
There were mullets, side ponytails, poofy fringe bangs, and my favorite, the spiral perm, which many of us rocked so hard they even named a subgenre of music after it!
But how did we get curly, big hair that’s so bad it’s good?
A lot of teasing, and a little bit of chemistry.
Thanks, Ms. Beautyphile!
So a single strand of hair is made of tough proteins called keratin.
Now whether you have straight, or curly, or wavy hair, each strand is mainly held together in two ways-- hydrogen bonds, and disulfide bonds.
And it’s these guys that let us create some outrageous hairstyles!
We don’t wanna be here All Night Long so we’ll make this explanation quick.
The name hydrogen bonds is kind of a lie.
They’re not actually bonds!
They’re just attractions between a slightly positive hydrogen atom and a slightly negative atom like oxygen, fluorine, or nitrogen.
The bonds are relatively weak, so much so that they can be broken by something as innocent as water.
On the other hand - disulfide bonds are real bonds!
It’s a covalent bond that shares electrons between 2 sulfurs -- duh!
It’s in the name!
These bonds are a lot stronger than hydrogen bonds, and hold the shape of hair in an iron grip.
This means we’ll need something stronger than water to change them.
So here’s how the 80’s used these bonds to create some iconic looks.
Since hair strands are semi-permeable, water molecules from the atmosphere can jump in between the hydrogen bonds of cross linked proteins.
These extra water molecules makes your hair more flexible, but harder to keep styled.
These crimps and curls you see here were all achieved by changing the hair’s hydrogen bonds with heat.
When the heat of your crimper or curling iron is added, the heat evaporates the water molecules out of your hair.
This allows the keratin to reform those bonds directly with one another, fixing your hairstyle into place.
Just don’t leave your crimper plugged in, or you’ll end up “Burning Down The House!” But this change is temporary.
Water molecules from a shower or just “In The Air Tonight” can sneak back in between those hydrogen bonds, so instead of having a protein linked directly to itself or its neighbor, water molecules disrupt the hydrogen bonds.
In high humidity, this can give us the frizz that’s the start of a bad hair day and it’s why breaking a sweat in gym class causes your hair to lose its curl.
Super lame!
Chemistry solved this problem with permanent waves.
The glory of the perm is that it lasts!
So you spend less time doing hair in front of the mirror, and more time rocking out to Tainted Love.
What made perms totally tubular is they use compounds like ammonium thioglycolate to break those strong disulfide bonds in the hair’s natural structure allowing us to mold a new style.
But that grody rotten egg smell when you get your hair permed?
Don’t wig out.
It’s just the unpleasant smell of the sulfur-containing thiols in the thioglycolate waving lotion being released into the air.
Here’s how the perm works.
First the hair is wrapped in curling rollers.
These guys hold the hair into place, but more on that in a minute.. Next, we break out a thioglycolate perming solution to break those disulfide covalent bonds.
Once they’re broken we need to reform them in a new place to get that permanent curl, which is where those rollers come into play.
Hydrogen peroxide is used as an oxidizing agent to reform the strong bonds everywhere, convincing the hair to hold that new curl, potentially for a long time.
Righteous.
Lest you think 80’s hair will make a comeback -- these styles could be really bad for your hair!
While heat styling is considered temporary, the damage it can do to hair is permanent, leaving your hair “Living On A Prayer!” Drying hair for long periods of time at high temperatures can denature proteins making your crimp limp!
And unfortunately every time you chemically perm your hair, a percentage of the disulfide bonds don’t reform, leaving hair a little weaker and a little more damage, making you prone to more bad hair days… at least until another decade brings another horrible hair style into fashion.
Here’s looking at you, manbun.
And of course, it isn’t TRULY the 80’s until you finish everything off with half a can of hairspray -- but for that, we’ve got another video, which we’ll link to below.
So that’s the chemistry of crimping, curling, and permanent waves.
- Science and Nature
A series about fails in history that have resulted in major discoveries and inventions.
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