How Nanoplasty Compares to Keratin Treatments

Energy Hair Studio • August 1, 2025

Let’s be honest—there’s nothing glamorous about spending half your morning wrestling with frizz, only to step outside and watch it all unravel in five minutes. That’s the cruel twist of texture: the volume you didn’t ask for, the bend that won’t behave, the halo of fuzz mocking your best attempts at polish.

It’s no wonder so many turn to smoothing treatments for a little peace and shine. Two names tend to crop up the most: keratin and nanoplasty. On the surface, they sound like siblings. In practice, they’re more like distant cousins—same family, very different vibes.


Nanoplasty: The Smooth Operator


Nanoplasty is the newer kid on the salon block, but it doesn’t shy away from the spotlight. It’s the kind of treatment that doesn’t just gloss over problems—it gets to the root of them. Using heat and nanoparticles, nanoplasty restructures your hair from the inside out. The result? Glossy, glass-like strands that actually stay that way.


One of its biggest drawcards is what it doesn’t contain—no formaldehyde, no overpowering fumes, no harsh chemicals that leave you blinking through tears. That makes it a good match for bleached hair, sensitive skin or anyone who’s had one too many breakage horror stories.


It also packs some serious staying power. With the right care, nanoplasty can last three to six months. No frizz. No fluff. Just smooth strands and more time in the morning for, well, anything but styling.


Keratin: The OG Smoother


Keratin, by comparison, is more old-school. It’s been around for years, quietly smoothing flyaways and reducing puff without going full-stick-straight. Rather than changing your hair’s structure, it wraps each strand in a protective layer of protein—like a silk robe for your split ends.


It won’t give you pin-straight results, but that’s the point. Keratin lets your natural shape stay visible—it just helps it behave better. Think soft bends instead of stubborn curls; easier blow-dries and humidity without the drama.


But not all keratin treatments are created equal. Some formulas still contain formaldehyde or similar ingredients to lock in results, and that can be irritating for sensitive scalps or noses. It's always worth asking your stylist exactly what’s going in your hair.


Side-by-Side: What Sets Them Apart


Let’s break this down without the jargon:

  • Straightness: Nanoplasty gives a full-on, flat-iron finish. Keratin smooths but keeps some wave.
  • Ingredients: Nanoplasty skips the harsh stuff. Keratin can vary—some are clean, others not so much.
  • How long it lasts: Nanoplasty wins here—three to six months vs two to three with keratin.
  • Post-care: Nanoplasty plays nicer with regular shampoos. Keratin wants sulfates nowhere near your shower.
  • Coloured hair compatibility: Nanoplasty’s a gentler option for blondes or those lightening regularly.


So, Which One’s for You?


It depends on what you want in the end. Want to ditch the straightener altogether? Go nanoplasty. Just want your waves to behave and stay sleek in humidity? Keratin could be enough. If your hair is fine, fragile or has seen more bleach than a linen cupboard, nanoplasty is usually the safer bet.

Your hair is as individual as your wardrobe, your playlists, your coffee order. Choosing a smoothing treatment isn’t about trends—it’s about how your hair feels, and what you want from it day to day.


Let’s Talk Hair That Feels Like You



If you’re still torn, a conversation with someone who works with both treatments daily can make all the difference. At Energy Hair, we help clients figure out what actually works for their hair—not just what’s trending on TikTok. From smoothing first-timers to seasoned straight-hair chasers, we’ve seen it all.


We offer both nanoplasty and keratin services for clients across Noosa and the surrounding Sunshine Coast—and we’re happy to chat about which one’s going to get you closer to your hair goals. Want to know which one’s right for you? Book a consultation—we’re happy to talk it through.