Muk Style Stick Black
Want perfect straight lengths or super cute curls? Trust the ceramic plates of the Muk Style Stick to deliver dream hair, whatever your want!
Shine and health are encouraged within the hair via millions of negative ions. The result is straight, shiny, moisturised styles fortified from heat damage.
Product Specifications
| Feature | Detail |
|---|---|
| Ceramic Plate | Yes |
| Temperature Control | 80°C – 210°C |
| Sleep Mode | Yes |
| Universal Voltage | Travel friendly |
| Compatible Hair Types | All hair types |
| Origin | China |
| Warranty | 2 year replacement warranty |
FAQ
What temperature range does the Muk Style Stick offer?
The Muk Style Stick offers an adjustable temperature range from 80°C to 210°C.
Does the Style Stick have a sleep mode?
Yes, it features an automatic sleep mode to prevent overheating when left unattended.
Is the Muk Style Stick suitable for all hair types?
Yes, it is designed to work well with all hair types due to its ceramic plates and negative ion technology.
Oliver Payne –
I’ve used the Muk Style Stick for several weeks now and my hair feels smoother and shinier. The temperature control is precise and the ceramic plates don’t dry out my hair like other irons do. It’s easy to use and the swivel cord makes styling convenient.
Lisa McDonald –
The styling results are consistent. I love how it gives me soft curls without frizz. The sleep mode is a nice touch, especially when I’m busy in the morning. It’s a reliable tool for daily styling.
Sally Lyman –
My curly hair looks better after using this iron. The negative ions help reduce static and keep my hair healthy. It heats up quickly and stays at the set temperature without fluctuating.
Jason Baker –
I travel often and appreciate the universal voltage. It works perfectly on different power outlets. The 3-meter cord gives me good reach and flexibility during styling.
Julian Avery –
After switching from a traditional iron, I noticed less heat damage. My hair feels softer and more manageable. The ceramic plates make a real difference in moisture retention.