GUIDE TO MASTERING HEAT
The Optimal Heat Settings for Hair with Hair Irons
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TOURMALINE TECHNOLOGY
Knowing the optimal temperature range for your hair type and texture is not only for styling your hair but more importantly ensuring that you maintain the condition of your hair without causing unnecessary damage.
Different hair types and textures require different temperatures for daily use.
While Veaudry Stylers cater for all users, from professional hair stylists to daily home users, it is important to understand that your professional stylist may work at higher temperatures to achieve specific results or perform technical in-salon services - their temperature choice may not be ideal for day to day home styling.
If you are unsure which heat setting is best for you, rather start on the lowest setting and increase from there and Remember to always apply a thermal protect before using any heat appliance.
Below is the VEAUDRY guide to heat styling.
TOURMALINE TECHNOLOGY
Veaudry Hair irons are powered by Veaudry's Tourmaline Ceramic Technology
Tourmaline is a semi-precious crystal, which when heated, produces vital ionic and infrared properties.
This technology is used to heat the hair from within, reducing damage to the cuticle ( outer ) layer of your hair with breathtaking results.
At Veaudry we combine Tourmaline & Ceramic which together produce more negative ions than ceramic alone, meaning that we are able to assist in closing your hairs cuticle faster than ever before - locking in colour!
Tourmaline technology also eliminates environmental toxins that damage and odorizes hair, meaning your style will now be fresh & clean too.
Tourmaline Ceramic technology retains your hairs natural moisture by assisting to close the cuticle layer faster than traditional heat styling - resulting in naturally shiny & healthy looking hair
Tourmaline a 100% organic a semi-precious mineral gemstone, well known for its incredible ability to aid in the detoxification process and is is one of only a handful of minerals that has the ability to emit negative ions and far-infrared rays.