For 100 years, Philips has been at the forefront of the automotive lighting industry, presenting technological innovations that have become standard equipment in modern cars. Today, one in two cars in Europe and one in three cars worldwide is equipped with lighting elements from Philips.
Our lamps are often awarded by automotive experts.
HID xenon lamps (high-intensity discharge) provide twice as much light for safer driving in all conditions. In fact, the intense white light of a HID xenon lamp is comparable to natural light. Studies have shown that xenon lamps for cars help drivers focus on the roadway and distinguish obstacles and road signs much faster than traditional lamps.
Philips' special UV radiation coating technology protects headlights from harmful ultraviolet radiation, making the quartz glass and UV coating from Philips perfect for all driving conditions, ensuring the longevity of the headlights.
Philips Automotive products and services are considered the best in the original equipment manufacturer market, as well as in the aftermarket parts market. Made from high-quality products and tested to the highest standards, our products are designed to maximize the safety and comfort of our customers behind the wheel. The entire product range is meticulously tested, controlled, and certified (ISO 9001, ISO 14001, and QSO 9000) to the highest ECE requirements. In short, reliable quality.
Thanks to its single bulb replacement technology, Xenon Vision allows you to change bulbs one at a time, with the new ones matching the color of the unchanged one at the same time. It is the most economical choice for replacing bulbs.
Philips Xenon Vision replaces a single burnt bulb, while matching the color of the unchanged one at the same time. Its new single bulb replacement technology allows for sequential replacement of bulbs, adapting to the color temperature of the unchanged bulb. Thus, Xenon Vision is the perfect solution for replacing a single bulb.
UV quartz glass is stronger than tempered glass and extremely resistant to extreme temperatures and vibrations, eliminating the risk of explosion. Philips quartz glass lamps can withstand severe thermal shocks. With increased pressure capacity inside the lamp, UV quartz glass can produce a stronger light.
Only a bulb made from quartz glass can withstand thermal shocks: if a drop of cold water hits the hot bulb, which can happen when driving through water with a broken headlight.