What is halogenide accessories?

Halid accessories are a versatile, powerful type of light. Its common uses range from lighting sports arenas and large retail stores to care for plant growth in greenhouses. Halogenide luminaires are commonly used among homeowners as headlights and as light sources of aquariums, especially those housing creatures that require clear conditions to be successful. Halogenide lamps use gas or vapor arches as conductors, a feature that significantly increases their longevity. On the other hand, the bulb bulbs rely on metal filaments that wear faster and significantly reduce their lifetime. Their life is comparable to the life of other high -intensity lamps (HID) steam of mercury and sodium. These lights are customizable in terms of color temperature and can closely mimic daylight. This adaptability, sometimes referred to as "intelligent lighting", has led to their widespread use in the production of live theater and film. Their adaptability is soIt has made popular in domestic aquariums, especially those containing light sensitive creatures such as the inhabitants of the coral reefs.

Halid accessories are often preferred because it can generate light more efficiently than its counterparts, fluorescent and mercury pairs. For example, one 100 watt metal halogenide lamp can generate five light times, measured in watt lumens, like an ordinary 100 watt bulb. Halogenide lamps generate 65 to 115 lumens per watt, which is much stronger than the fluorescent lamp (30 to 98lumen per watt) and mercury steam (35-58 lumens per watt). However, the force of halogenital accessories comes with a requirement for a special connection.

strong light generated by halogenide lamps also generates intense heat, which means that lamps can cause serious burns if they are treated incorrectly. Another problem is ultraviolet radiation that can escape fromwith angled seals and can cause irritation similar to burning and damage sight over time. Many owners of the aquarium complained about blurred vision after exposure to clearly halogenide accessories. Manufacturers recommend that they never look directly into the bulbs, although only a broken bulb allows UV rays to reach the eyes. They also recommend giving the lights enough time to cool before their manipulation.

History of halogenide lighting dates back to 1912, when the famous engineer General Electric Charles Steinmetz patented the lamp. The lights using halogenide technology were not available to the general public until the 1960s.