Home Products Technology Monitoring About
The Technology

Dynamic Centrifugal Exhaust Air Purification.

A breakthrough that abandons "capture and treat later" in favour of source-blocking and front-end elimination — keeping ducts clean, energy bills low, and air genuinely pure.

⚪

Centrifugal capture

3,000 RPM fan removes ~99% of oil particles right at the source.

⚙

Ozone-free decomposition

15,000 kV chamber decomposes 98.5% of VOCs and odors — no secondary pollution.

☐

No consumables

Filter-free design with zero ongoing costs.

△

Fire-safe

Prevents grease build-up in ducts — a leading cause of kitchen fires.

Dynamic Centrifugal Purification
Why it outperforms

Traditional systems don't compare.

★
99%
Particulates, VOCs & odors removed at the source
⚡
85%
Energy savings vs conventional grease-filter systems
✕
0
Consumables — filter-free, no ozone
🔥
Fire-safe
Eliminates duct grease build-up
🔊
Quiet
Engineered acoustics keep spaces peaceful
📈
Real-time
Built-in sensors for compliance & safety
A dual-mechanism process

How it works

01
CENTRIFUGAL CAPTUREAirflow →3,000 RPMClean air →Oil captured: ~99%3,000 RPMHigh-speed intake~99%Oil removalFilter-freeNo consumablesFire-safeNo duct grease85% energy savings · DC motor drive · Quiet engineered acousticsSource-blocking designMaintains duct cleanlinessContinuous operation

Centrifugal capture

A high-speed intake fan spinning at 3,000 RPM uses centrifugal force and physical interception to remove ~99% of oil particles right at the source — before they ever reach your ducts.

02
OZONE-FREE DECOMPOSITIONDECOMPOSITION CHAMBERVOCsDecompositionH₂O, CO₂ZERO OZONE15,000 kV field98.5%VOC decompositionNo ozoneZero secondary pollutionNo consumablesFilter-free operationQuietEngineered acoustics220V AC HV power supplyIP54 rated stainless steelLeakage protectorTemp: -5°C to +50°C · Humidity: 10-90% RH · Storage: -40°C to +80°C

Ozone-free decomposition

Remaining gases pass through a 15,000 kV ozone-free chamber that decomposes over 98.5% of harmful VOCs and odors — without producing secondary pollution.

Engineering Detail

Inside the circuit

Every Can Aire purifier runs on a 220V AC mains supply, distributed through dedicated control boxes that isolate the centrifugal drive from the electrostatic field.

Post-mounted control box
Post-Mounted Equipment

Dual control architecture

Two independent control boxes — one for the dynamic centrifugal purifier, one for the electrostatic purifier — keep high-voltage and motor circuits cleanly separated.

220V AC mainsDC motor controllersHV power supply6A leakage protector
Pre-mounted control unit
Pre-Mounted Equipment

Push-button simplicity

Pre-mounted units use two 12A metal push-button switches for one-touch operation — one drives the purifier and integrated LED lighting, the other triggers spray-cleaning.

Purification switchCleaning button2 motors · 4 purifier setsDN15 water supply
Fan Unit Central Control

Centralized control. Zone-by-zone visibility.

For large-scale clean rooms and commercial deployments, our Fan Unit Central Control System combines multiple FFU controllers and bus units — supporting both decentralized on-site control and unified centralized management.

60
Fans per system
10
CAN bus hubs
6
FFU fans per hub
≤2h
Repair response
<1 kg
Controller weight

Real-time monitoring

Track speed, status and faults of any individual fan or any zone group.

Environmental thresholds

Configure temperature, gas, PM2.5, valve angle and cleaning intervals from a single panel.

Fault alerts & buzzer

Blinking on-screen icon and audible alarm flag any abnormal fan or probe instantly.

Back-end power telemetry

Total power, energy use, voltage, current and per-group consumption — all logged and visible.

Technical Specifications

Controller specifications

220V AC
Working Voltage
2.0–5.5V DC
Logic Voltage
120 mA
Max Current (≤3W)
-5°C to +50°C
Operating Temp
10–90% RH
Operating Humidity
-40°C to +80°C
Storage Temp
5–90% RH
Storage Humidity
< 1 kg
Net Weight