270–280 nm
UVC LED wavelength
30 mJ/cm²
Minimum Validated Dose
L70 / 15,000h
Lamp operating life
0 mg
Mercury content
Core Technology
UVC LED: A generational shift beyond traditional mercury lamps
Traditional low-pressure mercury lamps rely on mercury vapor discharge to emit 254 nm UV, carrying risks of mercury contamination, warm-up delay, uncontrolled lamp aging, and regulated waste disposal. UVC LEDs fundamentally change how UV light is delivered: instant on/off, adjustable power, mercury-free and consumable-free operation, and closed-loop dose control. We redesign water disinfection systems around the physics of UVC LEDs, rather than simply swapping the light source in a mercury-lamp architecture.
Low-pressure mercury lamp disinfection
Mercury-containing light source requiring warm-up; lamp life and depreciation are not precisely predictable; replacement generates mercury waste subject to regulation; fixed power output makes dynamic dose adjustment difficult under fluctuating water quality.
UVC LED disinfection system
Semiconductor emission, instant on with no warm-up delay; predictable LED depreciation curve with L70 life of 25,000 hours; mercury-free with no consumable replacement; real-time adjustable power output, combined with UVT and flow signals for closed-loop dose control.
INDUSTRY FOCUS
Applications
Announcing of invitation principles in. Cold in late or deal. Terminated resolution no am frequently collecting
insensible he do appearance. Projection invitation affronting admiration if no on or.
Residential & commercial water treatment
Point-of-use and whole-house disinfection stages for under-sink and commercial dispensers
Municipal supply & water reuse
Secondary supply, rainwater and greywater reuse stages, replacing lamp-based designs and simplifying maintenance
Food, beverage & pharma
Food, beverage & pharma Process water, CIP final rinse and filler line water with no residue and no sensory impact
Aquaculture & livestock
Recirculating water and drinking line disinfection to improve biosecurity and reduce antibiotic dependency
Marine & off-grid
Low voltage drinking water disinfection for RV, yacht and remote camp installations; vibration tolerant, low power
Ultrapure water & laboratory
Point-of-use polishing without chemical residue, by-product formation or conductivity shift
Engineering Validation
Traceable dose data instead of generalized kill-rate claims
The data below are summarized from third-party laboratory testing and field operation records. Full reports are available upon request for technical evaluation and compliance review.
Third-Party Log Inactivation Summary
|
Indicator organism
|
Dose @ UVT 85%
|
Log inactivation
|
|---|---|---|
Test conditions: Water temperature 20°C, turbidity < 1 NTU, clean quartz sleeve. Actual dose is compensated in real time by the online UVT monitoring system.
Water Quality Prerequisites
Engineering recommendation: UV disinfection should serve as the terminal safeguard in a multi-barrier water treatment system, not a replacement for filtration or pretreatment. We can provide pretreatment selection recommendations.
🌀 CFD-Optimized Reactor Flow Path
Multi-stage baffles · eliminates short-circuiting & dead zones
Products
Standardized Industrial Reactor Series
Covering 0.5–200 m³/h flow, with parallel and series expansion capability. Typical models below; full datasheets are available for download.
Who We Are
UVC LED: A generational shift beyond traditional mercury lamps
Our foundation is built on a decade and a half of rigorous R&D and manufacturing excellence.
InstaUV is a U.S.-based provider of water disinfection solutions, specializing in high-efficiency, reliable, and intelligent semiconductor UVC-LED technology for the global market. By bridging the gap between semiconductor physics and practical engineering, we provide chemical-free treatment for residential, commercial, and industrial water systems—eliminating harmful microorganisms to safeguard health and sustainable production.
Technical Resources
Expert Electrical Services for
Homes and Businesses
Product datasheets are available for download without registration. Certificates and full dose validation reports can be obtained by submitting your email, for internal technical evaluation and compliance review.
Submit your project requirements for a technical proposal
Please provide flow rate, water quality parameters, and application scenario. Our engineering team will respond within one business day with preliminary selection recommendations and commercial quotation.
