In addition to answers for frequently asked questions, in how-to's & tips you'll find general techniques and instructions for individuals products!

IBD Gels


Q: How do I apply enough gel to make an arch without it running into the cuticle?

A: The beauty of IBD gels is that they self-level, which means they do the work for you. However, if you let the product sit too long before you cure it, or if you apply too much product, it will inevitably run into the cuticle.  The rule of thumb is to apply the product while staying in control of it (i.e., not applying too much that it runs into the cuticle) and achieve the look you are going for (an even arch). With IBD gels, as long as you have not removed the tacky residue that is left on a cured nail, you can continue to add as many layers of gel as you desire. Stay in control of the product and achieve your desired look, whether it is done in one layer or 100 layers.

Q: Why does it burn my client when the gel cures?

A: It takes acrylic 24-48 hours to cure 100%, but IBD gels take 3 minutes or less. I like to give my clients the analogy to applying brakes to a moving vehicle. If you are traveling at 60 mph and gradually press the brake, the end result is a nice, smooth stop. If you are traveling at the same speed and you slam on your brakes, your tires are going to squeal and smoke. This is friction, which creates heat. The heat is not causing damage to the natural nail; it is simply a chemical reaction happening very close to the nail surface. More product means more friction, more friction means more heat. So if a client is feeling a heat sensation that is too intense, apply thinner layers. This will control the heat she is feeling.

Q: Is it true that acrylic is more durable than gel?

A: Don't confuse hard with durable. Because of the chemical makeup of IBD gel, the product is extremely plyable even after it is cured. Acrylic is a harder product so if the amount of pressure applied to the nail is enough, the product will break. When applied properly, an IBD gel nail with equal pressure will have the flexibility to bend instead of break. Thus resulting in a more durable product.