Light up your display with LED MR8 Bulbs from HomElectrical! They are the perfect directional and accent LED lighting for a variety of locations including: kitchens, retail shops, museums, and display cases. They give any area a professional and classic lighting effect of halogen bulbs with the energy and money savings LED technology. Shop now to find a variety of LED MR8 bulbs at competitive prices.
An LED bulb, also known as an LED lamp, is used for general-purpose lighting application. LED bulbs emit light in a very narrow band of wavelengths and come in a variety of technologies. One technology used for LED bulbs uses multiple LED chips in close proximity to generate light. The second technology uses LEDs with a phosphor.
2700K - 3000K – provides an ambient, intimate, and personal mood with its warm white light that is ideal for living rooms, family rooms, and hospitality environments.
3500K - 4100K – provides a clean and efficient neutral white light that is ideal for kitchen, bath, garage or commercial applications.
5000K - 6500K - provides a vibrant and alert cool white light that is ideal for commercial, industrial, and institutional applications.
What are lumens?
Lumens are a measure of the luminous flux or quantity of light emitted by a source. The higher the lumen output the brighter the light. A bulb with a high lumen output and a low wattage is energy efficient.
What types of LED bulbs are available?
LED bulbs can come in a variety of styles including A19 bulbs, G25 bulbs, BR/R bulbs, chandelier bulbs, MR16 bulbs, PAR bulbs, tubes, and downlights to meet every lighting need whether it be indoor, outdoor, commercial, or residential.
How does LED save energy?
LEDs produce brighter light using less energy so they last longer and require less maintenance. The typical lifetimes of LED bulbs are quoted to be 25,000 to 100,000 hours.
What does LED stand for?
LED stands for Light-emitting diode. A light-emitting diode is a two-lead semiconductor light source. When a suitable voltage is applied to the leads, electrons are able to recombine with electron holes within the device, releasing energy in the form of photons.
