Industrial-grade electronic components engineered for high-performance optical sterilization setups and server modules in Tokyo's technical domains.
Tokyo's industrial landscape is undergoing a critical transformation. Under the strict environmental directives of the Tokyo Metropolitan Government and the international mandates of the Minamata Convention on Mercury, the era of conventional low-pressure mercury vapor lamps is rapidly drawing to a close. Modern Japanese enterprises are shifting to solid-state UV-C solutions to achieve pathogen eradication, chemical-free sanitization, and carbon footprint reduction.
At the center of this shift is the 270nm-280nm 3535 UV-C LED. The 3.5mm x 3.5mm footprint represents the current industry standard in optoelectronic packaging, balancing thermal dissipation with high radiant flux density. The 270nm-280nm germicidal range targets the absorption peak of DNA and RNA bases, breaking down nucleic acids through thymine-dimer generation. This wavelength prevents replication in pathogens like Escherichia coli, Legionella pneumophila, and highly resilient viruses.
Tokyo's tech sectors demand high reliability. Our 3535 UV-C LEDs leverage high-durability AlN (Aluminum Nitride) ceramic substrates and quartz glass encapsulation, achieving thermal resistance ratings below 4.5 K/W. This design ensures optical stability and long life under high driving currents, fitting the high-precision requirements of Tokyo's medical, water purification, and consumer appliance sectors.
Package Envelope: 3.5mm × 3.5mm Ceramic Substrate
Peak Emission Wavelength: 270nm to 280nm (Typical 275nm)
Optical Power Output: 3mW - 15mW at 100mA / 40mW - 100mW at 350-500mA
Compliance & Approvals: METI, RoHS, REACH, CE, JIS Z 8812
Target Applications: High-flux flowing water sanitizers, static surface disinfection, inline HVAC air-duct scrubbers
From complex subway networks to high-throughput commercial centers, we support integration across Tokyo's municipal and private sectors.
High-volume transit systems like Tokyo Metro require compact, low-maintenance air sanitization. Our 270-280nm 3535 LEDs are arrayed inside dynamic ventilation channels to eliminate airborne pathogens in real-time, functioning continuously without generating ozone.
Food hygiene is a priority in Japan. We supply integrated UV-C modules designed for Tokyo's automated restaurants, sterilizing plates and return tracks dynamically to prevent cross-contamination in high-traffic dining environments.
Tokyo hospitals and biotech centers use 270nm-280nm UV-C light to disinfect clinical surfaces, surgical tools, and cleanrooms, providing rapid germicidal action while avoiding chemical surface damage.
Partnering with a leading exporter offers concrete benefits for Tokyo's technology firms. CoreByte Storage Technology Co., Ltd. brings years of experience in high-performance semiconductors, electronic engineering, and global logistics.
Our facility runs an ISO9001-based quality management system, backed by 45 quality control inspectors and advanced automated testing systems. This setup ensures our control PCBs, heat dissipation plates, and optoelectronic modules meet strict industry standards before shipment.
Leveraging a network of over 1,200 partners, we secure high-grade materials (including Japanese-made AlN ceramic bases and high-efficiency raw wafers) at competitive pricing. This allows us to supply high-reliability products to Japan's demanding markets on schedule.
Established in 2016, specializing in memory architectures, advanced SMT lines, and optoelectronic control solutions.
R&D Capacity: 85 engineers introducing about 120 new models annually to match changing demands in smart sensing and control.
Inspection Standards: 100% Automated Optical Inspection (AOI), high-temperature aging chambers, and optical spectrum testing for precise wavelength consistency.
Export Stability: Exporting to key markets across North America, Europe, and Asia with efficient routes direct to the Port of Tokyo and Narita/Haneda Airports.
Exporting technical goods to Japan requires attention to detail. We ensure all 3535 UV-C LED modules and drive components comply with local standards, ensuring smooth customs entry at Tokyo Port and reliable performance in domestic setups.
Drive circuits and power supplies are built and tested to meet PSE (Product Safety Electrical Appliance & Material) rules, protecting against electrical failures.
Our optical measurements align with Japan's Industrial Standards (JIS Z 8812) for ultraviolet radiation testing, providing accurate ratings for peak wavelengths and radiant flux.
Our manufacturing utilizes lead-free processes that conform to RoHS directives, which is crucial for modern electronic supply chains in Japan.
Browse our selection of heavy-duty control boards, thermal management accessories, and related electronics designed for high-uptime UV-C installations.
The global UV-C market is expanding due to demand for eco-friendly, fast-acting disinfection methods. In Tokyo's technical labs and industrial hubs, engineers track key performance indicators to improve system integration:
Historically, low-power UV-C LEDs struggled to match the high output of mercury lamps. Modern 3535 packages, which can handle driving currents up to 500mA, now provide the optical power required for flowing liquid disinfection systems, matching municipal water demands in Tokyo.
Modern setups combine UV-C emitters with intelligent feedback systems. Incorporating active monitoring, thermal safeguards, and automated intensity adjustments helps protect optical output and extend diode lifetimes past 15,000 hours.
This technological development is driven by a focus on sustainable, chemical-free sanitization. As Tokyo works toward its environmental goals, using efficient solid-state LEDs in air, surface, and water treatment systems helps reduce energy use and carbon emissions.
Important technical details for Tokyo design engineers, sourcing directors, and OEM system integrators.
The 270nm-280nm band matches the absorption peak of DNA and RNA in bacteria and viruses. Wavelengths near 275nm are highly effective at breaking nucleic acid bonds, which prevents reproduction in target microbes.
Our 3535 packages utilize Aluminum Nitride (AlN) ceramic substrates. With a thermal conductivity rate exceeding 180 W/mK, heat is quickly moved away from the LED chip to the heat sink, preventing thermal damage and keeping optical outputs stable.
Emitters themselves do not require PSE marks, but the driving circuits, power supplies, and control boards must comply with METI guidelines and hold PSE certification. All components must also meet RoHS requirements to confirm they are lead-free.
Under recommended driving currents and proper thermal management (maintaining solder point temperatures below 60°C), our 3535 UV-C LEDs achieve an L70 lifetime of 10,000 to 15,000 hours, depending on operating conditions.
Yes. Supported by our R&D team, we offer customization services for board designs, driver currents, thermal dissipation paths, and control sensors to meet the requirements of Japanese developers.
CoreByte
