How to store energy in a luminous watch

Why is a luminous watch important?

This feature is crucial for legibility, ensuring you can easily read the time, no matter the lighting conditions. The luminous materials used in watches are designed to absorb and store energy from light sources (natural or artificial), and then release that stored energy in the form of a glowing light.

What luminous materials are used in watches?

The luminous materials used in watches are designed to absorb and store energy from light sources (natural or artificial), and then release that stored energy in the form of a glowing light. The most common luminous material used in modern watches is Super-LumiNova, a photoluminescent compound that’s both safe and long-lasting.

How to maintain a light-charged watch?

For light-charged luminosity, regular exposure to light sources is crucial. Make sure to place your watch near a window or under bright artificial light for a few hours each day to “recharge” the luminous material. This will help ensure maximum brightness and longer-lasting luminosity. 2. Proper Storage

How do I Keep my Super-LumiNova luminous?

This will help preserve the luminous properties without compromising the material. Storage: Store your watch in a cool, dry place away from extreme temperature fluctuations and high humidity levels. This practice will contribute to the longevity of the Super-Luminova.

How do I care for my Super-LumiNova watch?

Moderate Light Exposure: While Super-Luminova requires light to charge, it's crucial to strike a balance. Avoid prolonged exposure to direct sunlight or intense UV sources to prevent premature degradation. Gentle Cleaning: When cleaning your watch, opt for a soft, damp cloth rather than abrasive chemicals.

What is watch luminosity?

Watch luminosity refers to the ability of a watch’s hands, markers, and indices to emit light, making them visible in low-light or dark environments. This feature is crucial for legibility, ensuring you can easily read the time, no matter the lighting conditions.