The New Infinite Shine ProStay System
Hey Nail Pros - we have some exciting news! We’ve improved our OPI Infinite Shine Long-Wear Lacquer System formulas with ProStay Technology to add one more day of the long-lasting wear you already know and love. Read on to find out more about OPI Infinite Shine and our new ProStay Technology.
What is Infinite Shine?
Infinite Shine is a state-of-the-art professional long-wear lacquer system. When applied as a 3-step system, the layers work together to provide long-lasting wear and gel-like shine.
How it works:
What is the difference between nail primer and base coat?
Primer -- Is nail primer always needed? Of course! OPI Infinite Shine Primer contains a blend of polymers, solvents, and plasticizers that provides the flexibility and durability to act as an anchor to the nail for the rest of the system.
Long-Wear Lacquer -- How to keep nail polish on longer? The lacquer contains a proprietary oligomer that begins to react once the Gloss is applied and the system is exposed to natural light, forming a network of polymer chains that strengthen the color layer. Each long-wear lacquer shade delivers vivid color.
Gloss -- Why is my nail polish not drying? Infinite Shine Gloss contains an oligomer and photoinitiator that activates the entire system with natural, ambient light, starting a reaction in the Gloss and color coat, reinforcing the entire application and locking in the shine. The result is up to 11 days of gel-like wear and shine that removes easily with Expert Touch Lacquer Remover.
How it's improved
The Primer base coat has a balanced adhesion to the nail and integrates into the 3-layer system for flexibility, adhesion, and durability. The Gloss top coat uses a loose, cross-link technology, and is formulated with proprietary ingredients for gel-like wear and shine. Infinite Shine uses a blend of traditional lacquer and gel polish technologies, which cures in natural, ambient light.
We do not recommend using other OPI base coats or top coats with the Infinite Shine system as this can produce unpredictable results. Infinite Shine Primer, Lacquer, and Gloss have been formulated and extensively tested for use as a system for optimum wear and shine. The use of Primer and Gloss with other OPI Lacquers will not produce the same results as the Infinite Shine system.
Application and Usage Tips
Infinite Shine system provides up to 11 days of wear when applied to properly prepped nails and according to application instructions. We’ve curated some pro tips below for optimum results.
Follow the steps exactly according to the application instructions and make sure to apply Infinite Shine system in a well-lit room.
Infinite Shine will not bubble or streak when applied on a properly prepped nail and according to application instructions.
Although this system does not require an LED light source to cure, it does use a blend of lacquer and gel polish technologies which require an adequate amount of normal, ambient light in order to cure. Make sure there is adequate light for the curing process to occur, and also ensure that thumbs are receiving light by tilting them upward.
The condition and health of the nails can affect wear. A healthy nail condition is the ideal starting point for any lacquer system and it creates the best foundation for optimum adhesion.
Prevent your Gloss Top Coat from thickening by recapping the bottle promptly after use. Keep and store the bottle away from light and thoroughly mix by shaking each bottle before use.
We do not recommend using lacquer thinner, DripDry, or RapiDry Spray with Infinite Shine as it could impact system performance, wear, and/or dry time.
The OPI Difference
Infinite Shine is a 3-step system that includes a Primer, Long-Wear Lacquer, and Gloss to provide up to 11 days of wear and gel-like shine. CND Vinylux is a two-step system that includes a weekly polish and weekly Top Coat for up to 7 days of wear. If your client is looking for longer wear time and glossy shine, ask them to try OPI Infinite Shine with ProStay Technology. They’ll experience (and love) the OPI difference.