Precision Air
Photocatalytic Systems

Advanced medical-grade air purification merging photocatalytic oxidation with specialized oxygen equipment for sterile environments.

8500+
Annual Output
120+
Countries Served
7 Days
Sample Lead Time
99.9%
On-Time Delivery

Next-Gen Sterilization
& Engineering Standards

Redefining purity in medical device manufacturing through photocatalytic science.

As a leader in specialized medical equipment, we integrate the photocatalytic air cleaner into our high-pressure oxygen chambers. Our medical-grade filtration ensures an aseptic environment, minimizing cross-contamination in critical care units.

The core advantage of our photocatalytic air cleaner lies in its TiO2 catalyst matrix . This technology decomposes VOCs and pathogens at a molecular level, providing a superior safety profile compared to traditional HEPA-only systems.

Technical Core
Innovation Pillars

Integrating structural integrity with molecular air purification.

01

Catalytic Oxidation

Advanced molecular breakdown of airborne contaminants.

UV-C Activation: High-intensity radiation triggers the TiO2 surface.
Ozone-Free: Engineered for medical safety without harmful by-products.
VOC Removal: Eliminates anesthetic gases and odors.
02

Hyperbaric Sync

Optimized performance under high-pressure atmospheric conditions.

Pressure Stability: Maintains flow rate at 3.0 ATA.
Seal Integrity: Industrial grade leak-proof junctions.
Dynamic Flow: Auto-adjusting CAD-designed vents.
03

Aseptic Housing

Medical-grade materials resistant to corrosion and bacteria.

Stainless Steel 316L: Surgical grade corrosion resistance.
Anti-Microbial Coating: Silver-ion based outer shell.
Modular Design: Rapid filter replacement cycles.

Performance Analysis
& Metrics Matrix

Quantifying the efficiency of photocatalytic air cleaners across varied medical loads.

Purification Distribution

Comparative Capability

Engineering Specs
Technical Documentation

Detailed parameters for the combined photocatalytic and hyperbaric system.

System Component Material/Type Rating Efficiency Lifespan Standard
Catalyst Layer 1 Nano-TiO2 Pure Grade 99.8% VOC 24,000 Hours ISO 14644
Pressure Vessel SS 316L 5.0 ATA Max Structural 25 Years ASME BPVC
UV-C Emitters Quartz Tube 254 nm 99.9% Germs 9,000 Hours IEC 62471
Oxygen Generator PSA System 93% +/- 3% Flow Stable 10 Years FDA Class II
Air Flow Pump Centrifugal 1200 CFM Low Noise 5 Years CE / UL
Control Module PLC Based Real-time Zero Latency 15 Years IEC 60601
Pre-Filter Mesh Polypropylene 5 Micron High Flow 6 Months EN 1822
Pressure Valve Teflon Coated Auto-Vent Safe Release 10 Years DIN Standard

Real-World
Impact

Proven performance across diverse industries.

Metropolitan General Hospital

Critical Care Unit Integration

Deployed 12 photocatalytic air cleaner units to eliminate airborne pathogens in ICU recovery rooms, reducing infection rates significantly.

Pathogen Reduction: 99.99%
Secondary Risk:Zero

Oceanic Research Lab

Hyperbaric Chamber Purity

Installed high-pressure rated photocatalytic filters for deep-sea simulation chambers, ensuring absolute oxygen purity.

Pressure Rating: 5ATA
O2 Purity: 99.9%

Pharmaceutica Ltd.

Sterile Lab Environments

Implemented integrated air cleaners in cleanrooms to remove chemical VOCs during drug formulation processes.

VOC Removal: 98%
Filter Life: +40%

Apex Oxygen Center

Oxygen Equipment Retrofit

Upgraded existing oxygen delivery systems with photocatalytic purification to ensure patient-ready air streams.

Installation: 48hrs
100% Compliance

Industry
Applications

Tailored solutions for demanding environments.

Hyperbaric Clinics

Ensuring a sterile air stream for patients undergoing high-pressure oxygen therapy.

Surgical Suites

Continuous molecular purification to eliminate surgical smoke and airborne bacteria.

Dental Clinics

Reducing aerosolized contaminants during high-speed drilling procedures.

Oxygen Lounges

Providing high-purity medical oxygen combined with VOC-free ambient air.

Pharmaceutical Labs

Preventing cross-contamination of sensitive chemical compounds via air purification.

Medical Warehouses

Maintaining low-particle environments for the storage of sensitive medical instruments.

Quality Assurance
& Export Standards

◈ Material biocompatibility

All contact surfaces are tested for biocompatibility to prevent allergic reactions in medical patients.

◈ Pressure Stress Testing

Every chamber and air cleaner module undergoes a 1.5x pressure burst test for total safety assurance.

◈ UV-C Dose Validation

Precise dosimetry ensuring that photocatalytic activation is consistent across the entire filter surface.

Trust Verified

Certified by international bodies for medical device safety and air purity standards.

✓ ISO 13485
✓ FDA Registered
✓ CE Mark

Frequently Asked
Questions

Expert answers to common technical and commercial inquiries.

01

How does the photocatalytic process work?

Our photocatalytic air cleaner uses UV light to activate a titanium dioxide catalyst, creating hydroxyl radicals that break down pollutants into water and CO2.

02

Is it safe for use in hyperbaric chambers?

Yes, all components are pressure-rated and ozone-free, ensuring a safe environment for patients under atmospheric compression.

03

What is the maintenance cycle for catalysts?

Our catalysts are designed for 24,000 hours of operation, but we recommend a visual inspection every 6 months.

04

Does it replace HEPA filters?

It complements them. While HEPA traps particles, the photocatalytic system actively destroys organic pollutants and viruses.

05

How does it affect oxygen concentration?

The purification process is passive relative to oxygen levels and does not alter the medical O2 percentage delivered.

06

What are the installation requirements?

Standard medical power supply and integration with existing oxygen plumbing via our proprietary adapter kits.

Secure Your Pure Air Stream

Expertly engineered photocatalytic solutions for the most demanding medical environments.

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