2X H3 COB LED Headlight Bulb 3000K Fog Beam For Mazda B Series 1995-1999
- Item condition:
- New
- Ended:
- Jan 22, 22:37 PST
- Price:
- $10.13 View item
- Shipping:
- FREE
- Item location:
- Walton,KY,USA
- Ships to:
- Worldwide
Item specifics
-
- Brand:
- STONE BANKS
-
- Bulb Color:
- Yellow
-
- Bulb Size:
- H3
-
- Color Temperature:
- 3000K
-
- Fitment Type:
- Direct Replacement
-
- Manufacturer Part Number:
- Does Not Apply
-
- Number of Bulbs:
- 2
-
- To Fit:
- Headlight
-
- Voltage:
- DC 9V - 32V ( Fit 12V 24V Vehicle )
-
- Warranty:
- 3 Year
-
- Wattage:
- 100W/Pair
-
- UPC:
- Does not apply
Product Description
Product Description
PROFESSIONAL LED LIGHTING LEADER - STONE BANKS NOTE:★eBay compatible list can not show up all car model, and sometimes it may have mistake, and may not 100% accurate or out of date.
★Please check the manul of your vechicle and choose the correct bulb socket.★If you are not sure the which socket your vehicle need.★Please send us your car make, model, year and other information,we will help to check which bulbs you need.
★If you have any questions, please do contact us.Thank you! Specifications:Plug Type:H3
Luminous Flux: 20000LM/set
Voltage: DC 9-32V ( Fit 12V,24V Vehicle )
Color Temperature: 3000K
Beam Angle: 360°
Operating Temperature: -40 - +80°C
Operating Life: >50000hrs
Material: Aviation 6063 Aluminum Profile
Application: Headlight,Fog light,High Low Beam Headlight Features:
1.100% New and Never Used
2.Super bright Bridgelux COB chip(USA),360 degree clear beam no blind zone
3.All-in-one aluminum profile as heat conduction system, 360 degree heat radiating, Smart Efficient Cooling System Fast
Heat Dissipation, No Other Fans & Ballasts Required
4.Built-in constant current CPU,instant full brightness without start-up relay
5.High quality Aluminum heat dissipation ensures the secure temperature range
6.Low Power Consumption than Halogen bulb, Energy Saving
7.Low Voltage Protection, High Precision Constant Current driver Chip
8.Shakeproof and Long lasting up to 50,000 Hours.
9.Heat Dissipation Theory: Heat Pipe...
