Since our founding in 2012, Olympia Lighting has been steadfastly committed to the guiding principle of “Make Reliable Products Only”. This unwavering focus has driven us to continually invest greater resources and time into our core competencies – flexible and architectural lighting. Driven by an uncompromising commitment to excellence, we are dedicated to engineering professional-grade, top-tier products that redefine industry benchmarks for reliability.
AquaGuard
AquaGuard technology deliberately breaks the copper wires and then re-welds them with an interrupter. A high-density, high-viscosity material is then molded to seal the solder joints, completely isolating the LED strip from the external wiring. This ensures that neither air nor water can penetrate the wiring, regardless of the pressure and temperature changes the LED strip may experience.
Tri-Layer
Tri-Layer technology refers to the FPC design featuring a three-in-one integration of dual copper layers and a single electroplated layer. The copper foil thickness can reach up to 4 ounces, enhancing conductivity, flexibility, and reducing voltage drop along the LED Neon Flex. The backside utilizes an arc-shaped routing design to better accommodate the FPC's bending applications, minimizing stress on the wiring and further improving reliability. Additionally, the redundant design and dual via structure enhance circuit reliability, mechanical strength, and reduce the risk of single-point failures.
Silkcoat
In outdoor environments, the product surface can easily accumulate dust, which can affect the brightness and color if not cleaned regularly. Silkcoat technology involves applying an anti-static, silky-feeling coating to the silicone LED Neon Flex. This not only effectively reduces static buildup on the product surface, but also mitigates static and electromagnetic interference, improving product stability and reliability. The coating also forms a protective layer that prevents dust, oil, and other contaminants from adhering to the product surface, making it easier to clean and maintain. Moreover, the coating enhances the surface feel, making it smoother and softer, improving the user experience. It also increases the product's abrasion and corrosion resistance, extending its service life.
UltraBack
UltraBack technology involves adding an extra layer of copper foil to the back of the FPC. This not only increases the current-carrying capacity, but also enhances the FPC's tensile and bending strength, improving the overall structural rigidity. Furthermore, the added copper foil layer serves as a highly efficient heat sink, effectively dissipating the excess heat generated by the LEDs. This advanced thermal management further extends the FPC's overall service life.
AccuLaser
AccuLaser technology utilizes a laser printer to print specific logos on the surface of the LED Neon Flex. The laser-printed logos are highly durable and will not fade. The technology also prints the cutting line positions, helping customers quickly identify the correct cutting locations when they receive the product.
HydroLock
HydroLock technology utilizes a mid-sized injection molding machine with a clamping force of up to 35 tons and an injection pressure of 217 MPa. By leveraging this high-performance molding system and employing liquid silicone rubber, we are able to produce the injection-molded components that form a complete seal for the LED Neon Flex. This manufacturing process ensures the entire LED assembly achieves an IP68 waterproof rating, providing robust protection against water ingress regardless of the operating environment.
LumiMax
LumiMax technology leverages a Tri-Color co-extrusion process to simultaneously extrude and bond different-colored and functional silicone layers. Our Silicone LED Neon Flex include a Semi-transparent layer, a Block Layer, and a Light guide layer. By co-extruding silicone layers with various properties, we can enhance the light efficiency of the LED Neon Flex while maintaining the overall mechanical strength and waterproofing, achieving a maximum luminous efficacy of up to 80 Lm/W.
PinLock
PinLock technology is our proprietary UV bonding technique for Pixel Neon Flex, which securely fastens the IC pins. This innovative process forms a highly durable adhesive bond between the IC and the FPC, allowing the IC pins to withstand bending and flexing from multiple angles, ensuring the IC pins remain firmly in place and the entire Pixel Neon Flex series can reliably perform over the long term.