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Differentiating Between Cold, Hot, And Laser Mirrors

If an individual wish to get a high reflection, damage, and durability threshold, then the best way to get that would be to get a hard, durable, and dielectric multilayer coating.

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Differentiating Between Cold, Hot, And Laser Mirrors

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  1. Differentiating Between Cold, Hot, And Laser Mirrors Cold Mirror and its Applications Cold mirrors are mirrors that are primarily used for reflecting visible lights and removing heat by transmission. Cold mirrors operate at an AOI of 45 degrees. According to official sources, the most common wavelength for transmission through a cold mirror is 800 nm to 1200 nm. The two main features of cold mirrors are: •It allows for high transmission for infrared •Allowing high reflection in the visible range Hot Mirror and its Usages If an individual wish to separate the visible light from heat, then this can be achieved with the help of a Hot Mirror. Hot mirrors achieve this task by reflecting the heat back from the sun. In places with high temperature, a Borosilicate type glass for achieving the same operations. Some common features of hot mirrors are mentioned below. •It helps in removing heat •Allows for high transmission in the visible range •High reflection in the infrared region •A dielectric coating can be used •The mirrors can be customized according to specific customizations •AOI’s of 0 degree or 45 degrees

  2. Laser Mirror and It’s Uses As the name indicates, laser mirrors can be defined as high-reflective coatings that are designed for the sole purpose of laser reflection. According to experts, laser mirrors can also be designed for various sources, including a single line, multi-line, or broadband type sources. If an individual wish to get a high reflection, damage, and durability threshold, then the best way to get that would be to get a hard, durable, and dielectric multilayer coating. A laser mirror coating can also be used as cavity mirrors and beam steering optics. Visit us: www.coeoptics.com

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