An attractive channel letter sign attracts customers while increasing brand visibility, but lighting choices play an integral part of its success. Trends may change over time but quality signage should last for many years to come.
GE’s low-voltage Tetra PowerMAX and miniMAX LED systems offer easy installation for channel letters with face lit channel letters, shallow to deep can depths, as well as routed acrylic block letters. Their lighting systems offer several benefits that include:
Numerous business owners opt to illuminate their signs with energy-efficient LED lighting. LED can help save on costs and maintenance compared to older technologies, providing them with an economical choice.
GE’s Tetra LED systems deliver consistent illumination across channel letter signs to create an inviting and professional image for businesses. Not only are these lighting systems highly energy efficient but they are also one of the longest lasting LED systems on the market.
LED lighting can be used for various forms of signs, including front-lit channels and halo lit channel letters. Commonly seen in shopping malls and major retailers, but also frequent restaurants and other establishments open after dark – LED signs provide a great way to attract customers while increasing revenue for any business. Installation is straightforward with very minimal ongoing maintenance requirements needed to keep LED signs visible at all times of day and night.
LED channel letter signs offer long-term and cost-efficient signage solutions, constructed from premium materials that withstand weather elements while remaining damage resistant. Plus, their ease of maintenance makes for reduced time and money expenditure!
Channel letters are an effective way to attract attention and get noticed by passersby. Their bright LED lights illuminate your name or business name even during poor weather conditions, making them visible even at a distance. Plus they save energy costs and lower carbon emissions!
LED strip installation channels come in many shapes and sizes, from curved to straight. The primary factor influencing light output is lens material; clear, opaque or semi-opaque lenses can help increase or decrease light output by blocking or reducing bright spots while improving brightness overall. Furthermore, material used can affect longevity of LEDs installed within.
Channel letter signage is an effective way to increase business visibility after dark, offering endless lighting possibilities and creating custom signs to reflect the unique aesthetic of your company. LED backlighting offers you even greater customization opportunities with its ability to alter shape, size, color combinations and borders while using less energy than neon or other traditional solutions.
Front-lit channel letters feature transparent acrylic faces with aluminum returns for easy illuminating. Perfect for businesses wanting an elegant yet contemporary appearance.
Choose an LED first-surface sign that illuminates from within to reduce power usage and maintenance requirements, making these signs extremely durable and simple to manage. They’re great for restaurants, retail stores and other commercial businesses that remain open after dark – some even feature twinkle lighting effects for added effect!
Channel letter lighting provides a highly noticeable way to promote your business name and brand, with easy maintenance requirements making them cost-effective advertising solutions for any business. While they’re durable enough to withstand weather elements like rainfall, they should still be cleaned regularly to prevent corrosion.
LEDs are more durable and less susceptible to damage, thus lasting longer than neon signs. Furthermore, they consume far less electricity – helping you lower your electric bill significantly!
SloanLED provides LED lighting products that are suitable for a range of channel letter applications, from face and halo illuminations, shallow to deep can depths and routed acrylic block letters. Their products meet various lighting requirements quickly for quick installation.