Everyone asks me 'Which flat iron is the best?' and I always answer, 'What is your hair type?' before I answer with a specific flat iron. Unless you've tried it firsthand, chances are the iron you are thinking of buying might not be the best one for your hair. Let's narrow down the choices with a few key questions.
Which plate width?
Determine which plate width you need - one inch does not fit all. Selecting a plate width for your specific hair length will save you styling time and prevent damage. Not all irons come in all sizes so this can help you narrow down your selection.
Fixed or variable temperature settings?
Flat irons come in fixed or variable temperature settings. The type that works best for you depends on your hair's texture and your styling needs.
Is your hair thin, delicate, damaged or fine? Choose a flat iron with a variable temperature setting 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 control.
Does it create curls?
Most flat irons today will create curls, but (ahem) the curls are only as good as the user who creates them, so brush up on those curling techniques.
Which Technology?
Ok, this is really the source of most flat iron confusion. Most flat irons on the market today have similar straightening technology, but which is best? Again, that depends on your hair type and styling needs.
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. That's a myth. All plates are infused with Ceramic (and/or other materials) to straighten and smooth the hair. I kid you not!
Industry research shows that pure Ceramic plates would be too soft to get the job done, so all manufacturers (this means all of them!) use Ceramic along with a much stronger, heat conducting surface such as Aluminum, Titanium, etc. to straighten the hair's cuticles. And boy do they work.
Aluminum
Some older, lesser quality flat irons are pure Aluminum. These irons are usually referred to as the 'drugstore variety' and do not contain Ceramic. This is why you notice a huge difference when you upgrade to a pricier iron - the addition of Ceramic.
So you know what Ceramic does, but what about all of those other materials you keep hearing about? Tourmaline, Nano-Titanium, Nano Silver, Nano anything? These are additional materials used in the plates to enhance the smoothness of the plate's surface, generate additional negative ions to smooth your hair quickly, and create a snag free glide down the strands. Here's a breakdown:
Nano
This is a process where the material, say Tourmaline, is micronized into superfine particles and infused into the plate surface. Whenever you see Nano, think teeny, tiny pieces of a smoothing material infused into the plates. Nano-Ceramic, Nano-Silver, you get the idea.
Ceramic and Nano-Ceramic
Smaller particles of Ceramic to contribute to your smoothing process. This is good for every hair type. Most flat irons with Ceramic technology provide silky, straight results but there are a variety of price points. As for most irons I've tried, the pricier Ceramic irons really are better. Plus the more expensive irons usually come with additional features and benefits so be sure to look into this if you are considering a Ceramic iron.
Nano-Titanium
Super smoothing surface, great heat conduction, straightens hair up to 40% faster. Is it necessary? If your hair is hard to straighten, this is one of the best materials out there for you, newer technology but comparable to Tourmaline. If you want the latest technology you'll like this.
Nano-Silver
A smooth surface that eliminates bacteria on the appliance creating a germ-free environment every time you use it. Great for a stylist, or germ-a-phobe. It straightens hair well, but do you have to have it? Probably not.
Nano-Tourmaline
Tourmaline is a semi-precious gemstone known for its negative ion generating and smoothing properties, and is infused into the flat iron plates. This is earlier technology than Nano-Titanium and Nano-Silver. I sometimes find that Tourmaline causes static, but still a very good material for smoothing most hair types.
Does it come with a warranty?
The warranty is another biggie to think about. Some manufacturers will only honor a warranty if you buy the flat iron in a salon. I would consider that a fine idea if the salon in my area carried every flat iron. Truth is, they don't. But I have noticed the irons they do carry are way more expensive than online. What gives?
If you are buying a flat iron in a store or online, look for a flat iron that has a 1 year warranty or longer. We've all heard the rumors about a certain flat iron that breaks after only a few months. Honestly, it does. You might want to think about it. 'Nuff said.
If you use a flat iron every day you want it to last. Make sure you select a flat iron guaranteed to survive your daily styling habits. If you use a flat iron sporadically, go for a less expensive Ceramic iron without all the technological bells and whistles.
I hope you take the time to ask yourself these simple questions, the flat iron of your dreams is waiting for you!
Flat Screen Buying Guide
If you are a TV lover and have spent any time at all walking past the displays of big screen TV's in your local stores, I can fully understand what happens -- your remote control finger starts to twitch, your rear end starts to long for that comfortable spot in your favorite recliner, and you have a sudden urge to take your shoes off. At least that's what happens to me. I admit it, I am a TV junkie. Not that I spend a lot of time in front of the TV but when I am there, I require quality, and the more quality in video and audio, the happier I am.
But with the technology available today to the consumer, the choices almost boggle the mind. And Joe Average doesn't follow the technology closely enough to be able to understand which technology is best for his needs. In fact, Joe's only gauge of quality is the unit's price tag, which is probably about the LEAST reliable gauge of them all. So let's take a quick look at the various technologies available for big screen TV so that you better understand what you are looking AT, as well as understanding what you are shopping FOR.
Regular tube TV: Yes, depending on your budget, this needs to be mentioned as a viable option, although unless you've been living in a cave for the past 50 years, there is little new that you need to know about it. It's a TV, plain and simple. Tube TV's are typically limited to about 36 inch pictures, with a couple top-end brands even getting to the 40 inch mark. The picture is good, and most of today's upper-end sets also allow the viewing of HDTV on the same unit. My only word of caution here is that I cannot recommend a set that has a built-in VCR and/or DVD player. The built-in units are typically not high quality with limited functionality, and for the additional money you would pay for such a combo unit, you can get an external VCR or DVD player for far less money.
Now on to the big stuff. But first, since I already mentioned it, a word about HDTV. HDTV is great, providing an incredible picture quality, provided of course that you have the screen that can display that quality. With HDTV, without getting all techie about it, the digital signal contains much more information, and the picture is created in PROGRESSIVE mode rather than INTERLACED mode, meaning that the ENTIRE picture is refreshed with every scan instead of just every other line as is done with interlaced.
I would also recommend a unit with the wide aspect ratio, like 16:9 or sometimes 16:10. This is the ratio of width versus height of the display, and the wide aspect ratio is the one you see when you go to the movie theatre. You can still watch broadcasts on the wide aspect ratio that are designed for the old traditional 4:3 aspect ratio, but it is much harder to watch something designed for 16:9 on a 4:3 display.
Another word of warning: there are big screen units that cannot do HDTV but they can do EDTV. Be aware that these are not the same. In fact, with the next step (SDTV) right around the corner, I don't see a long lifespan for EDTV. EDTV provides better quality than standard analog TV, but not as sharp and crisp as HDTV.
The different types of big screen TVs are discussed below.
Plasma TV
Advantages: long life (30,000 to 40,000 hours from brand names, significantly less with noname brands), very bright - up to 4-5 times a standard TV, viewing angle is huge - you can be 75-80 degrees off center and still see a clear picture, instant-on feature - there is virtually no warm-up time required, small footprint - since these units are very thin and could even be wall-mounted.
Disadvantages: possible burn-in or "image retention" if the same image is left displayed on the screen for an extended period of time (although when used as a TV this is probably not a concern), can be very pricey at the largest sizes possible (currently around a 50 inch display), very few have a tuner/amplifier built in so you will be required to get an external tuner, pixel failure - where a single pixel just remains white all the time although this is much more common on noname brands and may (check!) be covered under your warranty.
LCD TV
Advantages: Great brightness levels, also very thin and could be mounted on the wall, long life (about 40,000 hours on brand names, substantially less on noname brands), viewing angle is about 45 to 50 degrees from straight on.
Disadvantages: Ghosting - where there may be "artifacts" left on the display during a fast-action movie scene because the LCD cannot keep up with it that fast, viewing angle is not as good as plasma, very expensive technology today, not as good at reproducing accurate color as plasma.
DLP Rear Projection
Advantages: Low purchase cost although this is typically offset by higher operating costs. At the sizes above 42 inches, the DLP big screen is approximately the same price as plasma.
Disadvantages: high operational cost (the single bulb in the projector can cost upwards of $300 to replace), large footprint - you will need to allocate about 15-18 inches from the wall to accommodate the unit, not wall-mountable, poor viewing angle - not much more than 20-25 degrees from straight on, gradually decreasing bulb brightness over time which means your picture is not as sharp or bright.
Understanding the various display technologies available should help you, but keep in mind that this is not the whole story. Also know that as technology advances, prices will continue to fall and there may be more options in the future. There are many other factors to be considered which are discussed at my web sites below. But at least now you have a good feel for the type of technology that will work with both your desires and your budget.
Both curlybelle & Jon Arnold are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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