Xenon Ultraviolet 4300K 6000K Bulbs
Xenon headlights bulbs, also known as High Intensity Discharge HID headlights bulbs, use xenon gas particles and an electric arc to emit a white-blue light. The high intensity and bright light that is emitted illuminates a much greater area than that of a traditional halogen bulb.
Wolfram Ultraviolet Xenon bulbs 4300K - 6000K with extra bright light
The Xenon Ultraviolet 4300K Brown Series refers to the regular type of Xenon car bulbs that will emit a white light output. The Ultraviolet 4300K Brown Series HID headlight bulb is producing a white light comparable to natural light. This is the first choice of Xenon car light bulb spare part replacement or even as factory original equipment because of the affordable price.
The Xenon Ultraviolet 6000K headlight bulbs Blue Series have a modern and powerful look. The color temperatures of these xenon car bulbs are of up to 6000K. A special filling system, which was used instead of the conventional approach to coating, allows the car bulb to emit an especially white light. This stylish light creates a high-attention effect that helps you to be better seen by other road participants on night or day driving where these low beam headlights are mandatory to use as daytime dipped headlights following the driving laws of certain countries.
The Wolfram Ultraviolet 6000K Xenon headlight bulbs are emitting a perfectly white light at one of the brightest color temperature and they will have a slight tint of blue which is comparatively less radiant than Wolfram Ultraviolet 4300K xenon car bulb's.
The defining characteristic of the improved Wolfram Ultraviolet 4300K or 6000K series of xenon bulbs is that these bulbs provide bright, intense, and very white light. These xenon bulbs are made with quartz glass, this glass being a very durable and resistant glass to extreme temperatures as well as powerful vibrations.
Thus, the bulbs in this series produce a much brighter light compared to the standard series of Wolfram xenon bulbs. UV quartz glass being more durable than tempered glass and being extremely resistant to extreme temperatures and strong vibrations, eliminates the risk of bulb explosion.
The Wolfram Ultraviolet xenon bulbs are made with quartz glass that can withstand extreme thermal shocks that may occur during their lifetime operation. Also, because these xenon bulbs can withstand increased pressure inside the bulb, it follows that using UV quartz glass will produce a stronger light output.
Wolfram Ultraviolet xenon bulbs are using a special anti-UV coating technology that protects the headlights against harmful ultraviolet radiation, making these line of xenon UV-coated quartz glass bulbs the perfect choice for all driving conditions and ensures their life span longevity.
All car xenon bulbs are made of quartz glass and contain xenon gas inside the enclosure, hence the name given to this type of car bulbs. The round part of the bulb is where the electrodes are located, along with several "salt pills" containing different types of metals that create the color temperature of the light provided by the bulb, of 4300K or 6000K.
Xenon headlights bulbs produce a brighter light that shines further than typical halogen bulbs, making Ultraviolet xenon a great headlight option for those who do a lot of night time driving. Wolfram Ultraviolet xenon car bulbs also require much less energy to illuminate and they are producing less heat, that is a wasted energy, than halogen car bulbs, making them a more efficient headlight option.
Xenon headlights come with self-levelling technology as a standard safety feature which means they should not need height beam adjusting. Also having properly calibrated xenon headlights will help you to see the road ahead more clearly when driving in the dark.
As a design and manufacturing principle, xenon headlamp bulbs are designed with a burner and socket as well as an integrated ignition device for the D1S and D3S socket types. In the case of socket type D2S and D4S, the ignition device is placed together with the ballast of the machine. Hence the price differences between these models of Ultraviolet xenon bulbs.
Recomandation: to avoid unbalanced or unpredictable xenon headlight beams and to get the full benefit of your headlights at night driving, change the xenon car bulbs in pairs when one of them appear dim or begin to shine in a yellow or pinkish light.