BIOLIGHT KM H11 Super White Plus Headlight Bulb, 6000K, 2-Pack, Plastic

The BIOLIGHT KM H11 12V / 55W Super White Plus headlight bulb is designed for automotive lighting enthusiasts seeking enhanced visibility and durability. This high-performance bulb is perfect for drivers looking to upgrade their vehicle’s lighting system with a reliable and long-lasting solution.

Crafted with advanced manufacturing technology from Korea, the BIOLIGHT KM headlight bulb features hard quartz glass that is exceptionally strong against vibration and shock. The 5000K Super White Plus color temperature provides optimal brightness, ensuring that you can see clearly in various driving conditions. The innovative tungsten alloy technology enhances filament durability and shock resistance, extending the lifespan of the bulb. Additionally, the annealing technology applied to the glass and other components ensures that the bulb is resistant to breakage, making it a dependable choice for everyday use. BIOLIGHT is a trusted supplier to leading Original Equipment Manufacturers, including prominent brands in Korea and Japan, with over 30 years of experience in the automotive lighting industry.

Key Features:

• 12V / 55W power rating for efficient lighting.
• 5000K color temperature for superior brightness and clarity.
• Constructed with hard quartz glass for enhanced durability against shocks and vibrations.
• Tungsten alloy technology for improved filament longevity.
• Annealing technology for optimal durability of glass, stainless steel, plastic, and electric components.
• Trusted by leading automotive manufacturers and exported to 46 countries.
• Lightweight design with a compact H11 size, suitable for various vehicle models.

The BIOLIGHT KM H11 headlight bulb is an excellent choice for car owners who prioritize safety and visibility on the road. Its robust construction and advanced technology make it suitable for both everyday driving and challenging conditions. Upgrade your vehicle’s lighting system with BIOLIGHT and experience the difference in performance and reliability.