Engineered for ultimate industrial sterilization and VOC decomposition, combining advanced nanotechnology with precision manufacturing to deliver clinical-grade air purification.
As a global leader in environmental control, our photocatalytic air cleaner integrates high-efficiency TiO2 catalysts to neutralize pollutants at the molecular level, setting the industry standard for industrial air hygiene.
Our photocatalytic air cleaner employs UV-C synergistic oxidation, ensuring that odors, bacteria, and hazardous VOCs are not merely filtered but completely decomposed into harmless water and CO2.
Three core technological pillars that define the superiority of our air purification systems.
Advanced nanostructured catalysts for rapid molecular breakdown.
High-intensity UV irradiation for maximum activation.
Optimized air distribution for maximum contact time.
Quantifiable data proving the efficiency of photocatalytic decomposition.
Detailed specification matrix for various capacities of photocatalytic air cleaners.
| Model Series | Airflow (m³/h) | UV Power (W) | Filter Grade | Noise (dB) | Application |
|---|---|---|---|---|---|
| PC-Standard 100 | 500 | 36 | H13 | 45 | Small Office |
| PC-Pro 300 | 1200 | 72 | H13 | 52 | Medical Clinic |
| PC-Industrial 500 | 2500 | 144 | H14 | 68 | Lab Facility |
| PC-Max 1000 | 5000 | 288 | H14 | 82 | Factory Floor |
| PC-Nano S1 | 300 | 18 | H12 | 38 | Hotel Suite |
| PC-Pure X2 | 800 | 48 | H13 | 48 | Dental Studio |
| PC-Elite 800 | 2000 | 120 | H13 | 62 | Conference Hall |
| PC-Titan V1 | 8000 | 432 | H14 | 88 | Industrial Plant |
Note: All systems are CE and RoHS certified. Custom airflow configurations are available upon request for specific industrial requirements.
Proven performance across diverse industries and challenging environments.
Sterile Surgery Suite
Implemented the PC-Pro 300 to ensure complete airborne sterilization, reducing post-operative infection rates significantly through active photocatalysis.
Cleanroom Environment
Deployed PC-Industrial 500 to eliminate volatile organic compounds from adhesive processes, ensuring zero contamination of aerospace components.
Luxury Suite Ventilation
Integration of PC-Nano S1 units to eliminate odors and ensure a fresh, hypoallergenic environment for high-net-worth guests.
Tablet Manufacturing
Large scale installation of PC-Max 1000 units to decompose chemical fumes and protect employees from chronic VOC exposure.
Server Rack Airflow
Used PC-Pure X2 to prevent ozone buildup and dust accumulation, extending server lifespan and reducing cooling energy costs.
Public Transit Air Purification
Installation of high-volume PC-Titan V1 systems to combat smog and airborne pathogens in high-traffic underground stations.
Tailored solutions for demanding industrial environments worldwide.
Providing clinical-grade sterilization in hospitals and clinics to eliminate airborne pathogens and odors.
Removing hazardous VOCs and maintaining precise air purity for sensitive pharmaceutical compounding.
Industrial-scale VOC decomposition to reduce environmental impact and improve workplace safety.
Preventing corrosive gas buildup and micro-particle contamination in high-density server environments.
Ensuring an ultra-fresh, allergen-free atmosphere in premium hotel suites and lounges.
Mitigating urban pollution and viral loads in metro stations and airport terminals.
Every TiO2 layer is tested for thickness and photo-activity to ensure consistent decomposition rates across all units.
Multi-layered vacuum sealing and reinforced shock-absorbent crates ensure safe transit to any global destination.
Accelerated aging tests simulate 10 years of operation, ensuring catalyst stability and UV lamp longevity.
Certified by international agencies for environmental safety and industrial performance standards.
Expert answers to common technical and commercial inquiries.
Our photocatalytic air cleaner uses UV light to excite a TiO2 catalyst, creating hydroxyl radicals that oxidize and decompose organic pollutants into H2O and CO2.
The TiO2 coating in our photocatalytic air cleaner is semi-permanent and self-cleaning, requiring minimal replacement over years of use.
No, our photocatalytic air cleaner uses a precise wavelength of UV light that avoids the generation of harmful ozone levels.
Maintenance for the photocatalytic air cleaner primarily involves replacing UV lamps every 8,000-12,000 hours and cleaning pre-filters.
Yes, the photocatalytic air cleaner is specifically designed to decompose Formaldehyde and other VOCs into water and carbon dioxide.
Our photocatalytic air cleaner leverages low-power LED-UV options and optimized airflow to minimize electricity consumption.
Integrate the pinnacle of Special Equipment Manufacturing into your facility with our professional photocatalytic air cleaner systems.