Nissei Kogyo POLARG Position/Room/License LED Bulb 12V T10 6700K 220lm

• Compatible with vehicle inspections and applicable to passenger cars, hybrids, and electric vehicles. • Application: For position (side-side lamps/small lamps), room, license (number lamp) lamps only. • Shape: T10 Rating: 12V Power consumption: 2.7W • Color temperature: 6700K Brightness: 220lm Lens: 340° optical Emission color: White • Quantity: 2 pieces

"POLARG LED" has the highest 220lm in history! The LED chip, constant current circuit, and heat dissipation have been revised to achieve high luminous flux within the size of an incandescent light bulb (UN regulations).Illuminates every corner with about 4 times the brightness of an incandescent bulb! Luxury gold x black body.

[High purity aluminum heat dissipation design] Aluminum body with excellent heat dissipation improves heat dissipation efficiency. Reduces LED deterioration and failure due to heat.

[Built-in constant current circuit] It can be used with confidence not only in passenger cars but also in hybrid cars and electric cars with severe voltage fluctuations.

[Vehicle inspection compatible] Meets the performance evaluation of safety standards.

[Light bulb equivalent size] There are no vehicle models that cannot be installed within the dimensions specified by UN regulations.

[Strict product testing] We conducted a durability test that simulated actual usage.

*When replacing an LED bulb made by another company, the width of the metal part of the socket is often widened, which weakens the fixation of this product.In that case, please reduce the width of the metal part.

[Reliable genuine valve manufacturer product] Nissei Kogyo produces small light bulbs for automobiles at domestic factories, and their quality has been recognized by car manufacturers both domestically and internationally, and they are used as genuine bulbs.This is an LED bulb that has passed the strict product standards of the genuine bulb manufacturer.

[Strict product testing] We conducted a durability test that simulated actual usage.