Novram
Novram
Industrial-grade system memories and advanced liquid/air cooling devices powering regional Irish water treatment rigs and UVC LED array clusters.
Over the last decade, Ireland has transitioned into a key European hub for advanced engineering, medical device manufacturing, pharmaceuticals, and environmental tech. This industrial progression has catalyzed a structural migration from legacy low-pressure mercury vapor lamps to solid-state 270nm to 410nm 3535 UVC/UVB/UVA LED systems. The demand for safe, energy-efficient, and instantly operational ultraviolet solutions is transforming sanitary engineering and industrial surface curing in Ireland.
Operating across the germicidal UVC spectrum (270nm–285nm) and the photochemical UVA curing band (365nm–410nm), the 3535 SMD package (measuring 3.5mm x 3.5mm) has emerged as the definitive physical footprint. It represents a balanced form factor for optimal radiant flux density, thermal extraction paths, and surface-mount assembly compatibility. In Ireland's specialized manufacturing ecosystems—ranging from bioprocessing in Cork to municipal water purification systems in the Shannon region—these components provide clean, non-chemical disinfection solutions compliant with strict Environmental Protection Agency (EPA) mandates.
"The adoption of the 3535 UVC LED packaging standard across Irish industrial sectors has addressed critical constraints regarding warm-up times, mercury disposal, and fragile quartz glass housings, paving the way for durable, solid-state sterilizing matrices."
Each slice of the electromagnetic ultraviolet spectrum serves distinct biological or chemical activation purposes. Utilizing a precise wavelength is critical for achieving optimal efficacy. As a leading supplier to the Irish and wider European markets, our optoelectronic technical architectures span the entire range:
| Wavelength (nm) | Spectrum Class | Primary Application in Ireland | Critical Target Metric |
|---|---|---|---|
| 270nm - 275nm | Deep UVC | Water sanitization, Biopharmachem clean rooms | High DNA absorption, rapid log-reduction |
| 280nm - 285nm | Germicidal UVC | HSE healthcare sterilization, surface sanitation | High radiant output, long-term stability |
| 310nm - 320nm | UVB | Agricultural pest control, clinical phototherapy | Erythemal activation, vitamin synthesis |
| 365nm - 385nm | UVA | High-speed adhesive curing, forensic analysis | Rapid monomer-to-polymer conversion |
| 395nm - 410nm | Near-UV / Visible Blue | Industrial label printing, 3D printing post-processing | Thermal-sensitive substrate curing |
Why Irish system integrators prefer our 3.5mm x 3.5mm ceramic base submount solutions over legacy form factors.
Features Aluminum Nitride (AlN) ceramic bases with gold-plated pads, offering high thermal conductivity (>180 W/mK) to reduce junction temperatures and prevent wavelength drift.
Equipped with high-purity quartz dome or flat lenses. This design achieves >90% UV transparency and shields the internal AlGaN chip from ambient humidity.
Engineered for L70 lifespans exceeding 15,000 hours under rated driving currents, reducing replacement and maintenance cycles in heavy industrial setups.
Ireland's rainfall patterns demand extensive wastewater and drinking water treatment networks. Municipal systems managed by Uisce Éireann (formerly Irish Water) require solutions to eradicate pathogens like Cryptosporidium without introducing chemical byproducts. Our 270nm-280nm 3535 UVC LEDs are integrated into reactor designs to target waterborne pathogens effectively, operating down to very low temperatures without loss of germicidal performance.
As a global hub for life sciences, Ireland’s pharmaceutical facilities in Dublin, Cork, and Galway demand sterile environments. Traditional chemical sanitization of Clean-in-Place (CIP) piping systems introduces the risk of chemical carryover. High-intensity 275nm UVC LED rings, built into sanitary stainless steel sight glasses, provide continuous surface and fluid-flow disinfection, meeting Annex 1 sterile manufacturing regulations.
Ireland’s dairy and agricultural sectors rely on strict hygiene standards. High-power UVC matrices positioned over cheese packaging lines and milk storage vessels sanitize the ambient air and packaging surfaces. Operating at 270nm to 280nm, these LED arrays neutralize mold spores and Listeria species, extending product shelf life without using heat or chemical additives.
At the higher end of the wavelength spectrum, our 365nm to 410nm 3535 LEDs are utilized in regional printing operations. High-intensity curing systems enable instant drying of varnishes and inks on food containers and pharmaceutical boxes. Compared to traditional mercury lamps, these systems consume up to 80% less electrical energy and minimize thermal load on delicate plastic substrates.
While UVC LEDs are highly effective, they convert only 3% to 6% of electrical energy into light, converting the remaining 94% into heat. Without proper thermal management, this heat can damage the AlGaN active layer, reducing output power and accelerating degradation. Effective thermal design is critical for system reliability.
This is where Novram Electronics Co., Ltd. applies its engineering expertise. By utilizing high-conductivity aluminum PCBs, metal core boards (MCPCBs), and active liquid cooling blocks, we help clients build reliable UV arrays. Our heavy-duty industrial water coolers, such as the Server Heatsink SP5 2U Integrated Water Cooler, and custom heatsink blocks provide the necessary thermal dissipation to maintain UVC LED junction temperatures below 60°C, ensuring stable and long-term performance.
Note on Integrated Controls: Our range of industrial motherboards (e.g., N100 Motherboard and H510M-A Motherboard series) and stable, high-reliability memory modules are designed for integration into master control cabinets. These cabinets manage dosage timing, drive current, and remote IoT monitoring for municipal UV reactors.
Delivering OEM, ODM, and Industrial Hardware Control Solutions for the Global Market.
Novram Electronics Co., Ltd. is a manufacturer based in Shenzhen, China, specializing in high-performance DRAM solutions, electronic controller elements, thermal management units, and PCB assembly services for global OEM, ODM, and industrial partners. Established in 2016, we have grown into a reliable technical partner, supporting consumer electronics, industrial automation, medical systems, and specialized UV treatment controllers.
Operating from a modern 3,860㎡ manufacturing facility, Novram integrates advanced production equipment, strict quality management, and continuous R&D innovation. Our engineering team designs custom control interfaces, driver boards, and thermal dissipation systems for high-power LED installations.
With 9 years of industry experience and 7 years of export experience, Novram supports clients across Europe, Asia, and North America. Our quality management program ensures that all components—including custom driver PCBs and thermal heatsinks—undergo 100% functional testing, electrical capability testing, and thermal reliability verification before shipment, overseen by 42 professional inspectors.
We work with 860 qualified supply chain partners to ensure stable production and raw material sourcing. Through our R&D center, we introduce approximately 138 new products annually. We offer comprehensive customization options, including private labeling, PCB design, firmware optimization, and thermal layout engineering, to meet the specific requirements of the Irish market.
Installing UVC LED disinfection systems in Ireland requires compliance with European safety standards. Our 3535 UVC LEDs and control electronics are manufactured to meet these regional requirements:
Technical answers to key questions on UVC integration, optical performance, and thermal management.
Underlying industrial control interfaces and active cooling setups engineered for high-output UV arrays in Ireland.
