h1 hid kit 1200k

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H1 HID Kit

H1 HID Kit 12000K

HID-Xenon Conversion Kit

brand new xenon HID conversion kit. This is a genuine xenon HID kit that is CERTIFICATION: E-MARK E11.24 & ISO-9001:2000 Approved. These kits are passed the test of top level Japanese car manufactories, very good quality and it is Plug-n-Play. Combined ballast and starter unit for better performance and easy installation.

Product Features:

Brand New HID Xenon Conversion Kit.
100% satisfaction guaranteed.
100% Water & Weather Proof. Genuine high quality products
100% Reversible to your original factory halogen headlight
100% water proof construction, you can submerge the entire kit under water and it will function correctly
Types: H1, H3, H4 (High & Low), H7, H8, H10, H11, H13, 9004, 9005, 9006 & 9007, 9008, 9145, 880, 881.
All bulb sizes available in 6000K, 8000K, 10000K and 12000K color temperatures
Convert your dim yellowish halogen lights to the Brightest HID lights
Direct Plug & Play Installation
Costs $1500+ at your auto dealers.
3X Brighter than halogen lights for greater night-time driving visibility
10X Longer Lasting. No need to replace for life of the vehicle potentially
Generate less heat
Easy installation
Waterproof/Weatherproof ballast. Voted #1 for highest quality HID kits

Items in the kit:

2 x Ballasts
2 X Xenon Bulbs
2 X Secure Mounting Brackets
All necessary wires and install accessories
Installation Manual

Headlight Bulb Cross Reference:

H4 bulb can be referenced to as a 9003 or an HB2.
9004 bulb can be referenced to as an HB1.
9005 bulb can be referenced to as an HB3.
9006 bulb can be referenced to as an HB4.
9007 bulb can be referenced to as an HB5.
9008 bulb can be referenced to as an H13.

Click Here to find out the right bulb part# that fits your car.

AVAILABLE COLOR TEMPERATURES:

Note: For vehicles using a single H4, 9004, 9007 bulb for both low and high beam,
you will lose your high beam functionality.

Note: most customers have a common misconception that the higher the K (Kelvin temperature) the brighter it gets, but in fact, it is the opposite. The K rating is inversely proportional to the light output, therefore the lower the K the brighter the light output.

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