Led design and aluminum profiles companies with Reboline

Led design and aluminum profiles providers by reboline.com? LEDs have a lifespan of up to 60,000 hours as opposed to 1,500 hours typical of incandescent bulbs. A great LED light can last over 7 years of constant use before needing a replacement. Usually, LED bulbs last ten times as long as small fluorescent bulbs and 133 times longer than typical incandescent bulbs. The long lifetime of LEDs will drastically reduce maintenance costs and lower long-term operating costs compared to traditional amoureux and fluorescent lights. LEDs are solid express lighting devices that utilize semiconductor material rather than a filament or neon gas. An LED light is a tiny chip exemplified in an epoxy plant enclosure, which makes LEDs far sturdier than traditional incandescent bulbs or neon tubes.

We also have the highest quality powder paint facility offering a wide range of colors depending on demand. We provide comprehensive logistics on orders, with shipment for standard solutions within 3-5 working days. Trends on the world markets as well as events of recent months have shown the great advantage of our production in Poland which meets all EU standards. Ease of order completion, high quality, short lead times, availability and communication – all are part of our advantage and competitiveness. Our original designs take into account all technical requirements for specialized aluminum profiles and LED components. Our solutions are of the highest quality, and are precisely tailored to customer needs and specific applications.We use high quality materials for superior performance. ReboLine belongs to a group of lighting companies with over twenty years of experience. Our goal is to provide the highest quality aluminum profiles for LED lighting solutions and implementations. Discover additional details at Led design.

Without filaments or glass enclosures, LEDs are breakage resistant and largely immune to vibrations and other impacts. Traditional lighting is usually contained in a glass or quartz exterior, which can be susceptible to damage. LEDs, on the other hand, tend not to use any glass, instead they are mounted on a circuit board and connected with soldered leads that can be vulnerable to direct impact, but no more so than mobile phones and similar small electronic devices. Most fluorescent and HID lamps do not provide full brightness the moment they’re switched on, with many requiring three minutes or more to reach maximum light output. LEDs come on at 100-percent brightness almost instantly however, and with no re-strike delay. This can be advantageous following a power outage or anytime employees open a building during early morning hours when it is still dark outside.

LEDs generally consume very low amounts of power. The statistics to look for when comparing the energy efficiency of different lighting solutions are called by one of two terms: luminous efficacy or useful lumens. These two items essentially describe the amount of light emitted per unit of power (watts) consumed by the bulb. In our experience most LED lighting retrofit projects result in a 60-75% improvement in the overall energy efficiency of the facility’s lighting. Depending on the existing lights and the particular LEDs installed, the savings could be more than 90%. You can read a few case studies here. Because LEDs are so small they can be used in virtually any application you can think of. They can be combined in bunches for a traditional bulb, used in isolation as a small device light, or strung out in sequence in a linear fashion. Just about everything you can think of can be done with LEDs. See extra information on https://reboline.com/.