Fiberglass base Fiber Octagon, Didier Lab, 10 ml

Fiberglass base Fiber Octagon, Didier Lab, 10 ml.

• Nail-friendly gel base is an innovative product inspired by US scientific research. It meets the main needs of the modern nail industry and helps solve the most common problems. 
  
  The most pressing nail problems of our time:

• Mechanically thinned nail plate.

• Chemical damage to the nail plate (onycholysis) resulting from the use of aggressive acid bases and overheating of the nail plate.

• Weak and worn nail plate.

• The base does not last because the extremely large selection makes it difficult to choose the most suitable one.
  
  

  The most relevant needs of nail technicians:

• The wearing time of the base should be at least 2-3 weeks.

• The base must not heat up during polymerization!

• The base must be formative so that the nail architecture can be immediately performed.

• The consistency should be such that it does not run on the cuticles.

• Nails coated with a base coat must be strong throughout the entire wear period.

• The base must be hard, but also elastic, so that the gel nail polish does not crack.

• The base should be "friendly" to the nails.

Studios Didier Fiber Octagon Base Coat formula is enriched with Vitamin E and Calcium . It is because of the lack of these vitamins that our nail plates become weak and worn out. Nails break and peel, and when they are covered with gel polish, expectations are not met.

Vit. E. - intended for the restoration of weak, brittle and worn-out nails.

Ca (Calcium) – to ensure and maintain nail strength.

The nylon particles in the composition form strong and elastic bonds between each other. They perform the main function of strengthening the nail. The manicure will last longer, because the nylon particles, which are connected during polymerization, will form an extremely stable and strong base for gel polish.

The biggest challenge for the formulators was to invent a compound that would cause minimal or no heating of the nail plate during polymerization when using a transparent material. This invention aims to prevent the widespread chemical damage to the nail plate - onycholysis. This was achieved by carefully slowing down the polymerization process.

Features:

• Nail strengthening
• Nail Repair Vit. E and Calcium
• Modeling
• For modeling, the "no filing" technique
• Masking (depending on the shade chosen)
• Dissolvable
• Removal by milling/filing

Texture features:

• Even distribution of reinforcing nylon fibers.
  
• Viscous
• Creamy
• Camouflage
• Thixotropic
• Non-sag – easy to shape
• Average variance

USE:

1. Prepare the nail plate as usual: perform a manicure and shape the nail
2. Remove excess oil and moisture from the nail plate with Didier Lab Dehydrator.
3. If there is a need to additionally prepare the nail plate, choose and coat all nails with the selected additional bonding agent: Acid free Bond, Extra Bond Nail Repair, Acid Primer or transparent base.
4. Apply Studios Didier Fiber base Octagon 1 thin layer and cure in a LED lamp for 60s / UV for 2min (at a lamp wavelength of 395-405nm)
5. Apply 2 coats of Studios Didier Fiber base Octagon and cure in a LED lamp for 60s / UV for 2min (at a lamp wavelength of 395-405nm)
6. Apply the selected top coat of gel polish. Cure in LED lamp 60s / UV 2min.
   
   Removal methods :

• Dissolving Didier Lab remover from 7-12 min.
• Removal by milling cutter
• File removal (100 grit is best)

COMPOSITION:

Polyurethane-57, Hydroxypropyl Methacrylate, Isobornyl Methacrylate, Cellulose Acetate Butyrate, Hydroxycyclohexyl Phenyl Ketone, Ethyl Trimethylbenzoyl Phenylphosphinate, Glycol Hema-Methacrylate, Silica, Nylon-66, Bis(methacryloyloxyethyl) Phosphate, Tocopherol, Calcium Pantothenate, P-Hydroxyanisole, Hydroquinone, CI 77891.