How do temperature and other factors affect the light intensity?
In an environment of constant room temperature, once activated, a glow product will quickly reach its peak light producing capability and slowly get dimmer from then on over the course of its designed lifetime. Most glow products have a rated lifetime of at least 4 to 8 hours or longer, but some “high intensity” products such as the 6 inch High Intensity stick will be really bright for the first 30 minutes then quickly diminish in luminosity, much faster than a regular 6 inch stick. Brightness and lifetime are both governed by the proportion and strength of the chemical contents. All chemical glow products are also affected by temperature. The warmer the environment, the brighter a glow light product will become, but the faster it will be used up. The converse is also true. In a colder environment, the glow light product won’t be as bright, but it will last much longer. We can use this fact to our benefit however! After the glow product is activated, the chemical reaction cannot be sto
In an environment of constant room temperature, once activated, a glow product will quickly reach its peak light producing capability and slowly get dimmer from then on over the course of its designed lifetime. Most glow products have a rated lifetime of at least 4 to 8 hours or longer, but some “high intensity” products such as the 6 inch High Intensity stick will be really bright for the first 30 minutes then quickly diminish in luminosity, much faster than a regular 6 inch stick. Brightness and lifetime are both governed by the proportion and strength of the chemical contents. All chemical glow products are also affected by temperature. The warmer the environment, the brighter a glow light product will become, but the faster it will be used up. The converse is also true. In a colder environment, the glow light product won’t be as bright, but it will last much longer. We can use this fact to our benefit however! After the glow product is activated, the chemical reaction cannot be sto
