The most attractive summer 2012 straightner! Also comes in black, pink, and cheetah print Save energy with beauty!

Is your hair thin, delicate, damaged or fine? Our flat iron has variable temperature settings so you can control the heat and keep the iron from getting too hot. Is your hair thick and hard to straighten? A fixed temperature would be a good choice for you so you can crank up the heat on those pesky pieces that just won’t straighten Is your hair is somewhere in between? Most likely you will be fine with either choice. My personal preference is a variable setting, I like to control ;) Ceramic/Ionic Almost all professional grade flat irons are Ceramic and Ionic these days. This technology is important in generating negative ions to smooth the hair cuticles. What you may not realize is NONE of the flat iron plates are 100% Ceramic. Our straightener is & it has materials to straighten and smooth the hair.

Pure Heat features a line of eco-friendly styling tools that provide you with beautiful hair while making a minimal footprint on our soil. Our tools are designed using recycled components, energy saving technology and recycled packaging - finally a tool your hair and planet earth will love. Infused with nano tourmaline, Pure Heat Earthstik offers you the ability to create incredibly healthy, shiny styles! Its plates are formulated with ceramic fusion technology from NASA and it works great in preventing rough spots, chemical stains and chipping. Moreover, floating plates allows you to have a better control when styling your hair. No more slips or pulls!

What’s inside… 1.) The conducting layers of the circuit board is made of thin paper coil 2.)The plate is usually made out of aluminum with a ceramic coating 3.)The wire is 80% nickel and 20% chromium because it has to resist the heat so it doesn’t melt so the hair straightener doesn’t break 4.) This is some kind of rope covered with a strong wavy material to protect the wire.

Thermocouples A thermocouple is a device consisting of two different conductors (usually metal alloys) that produce a voltage, proportional to a temperature difference, between either ends of the two conductors.

Graph Thermocouple type Overall range °C0.1°C resolution 0.025°C resolution B20 to to to 1820 E-270 to to 910 J-210 to 1200 K-270 to to 1370 N-270 to to to 1300 R-50 to to 1760 S-50 to to 1760 T-270 to to 400

Preliminary results indicate that the thermoelectric voltage output of a thin- film CrSi versus TaC thermocouple is 15 times that of the standard type R (platinum-rhodium versus platinum) thermocouple, producing 20 mV with a 200 °C temperature gradient.