LED INDUSTRIAL
THE TECHNOLOGIES
- THE FASTEST HEAT TRANSFER RATE BY EXCELLENT AIR FLOW
- SUFFICIENT HEAT DISSIPATION AREA
- ICEPIPE’S THERMAL CONDUCTIVITY = 40,000 W/M·K
- LESS RAW MATERIALS USED REDUCING THE WEIGHT AND PRODUCTION COST
How it works?
When heat produced from LED, the heat is transferred into a pipe, The heat transferred into the pipe vaporizes Working Fluid. The internal pressure of the pipe is increased by vaporized Working Fluid. At this moment, Fluid Dynamic Pressure is generated and elevated pressure leads the increase of pressure. When the pressure increases, Working Fluid is condensed from gas to liquid. The creation of liquified Working Fluid causes heat transfer into pipe and the heat is emitted into the outside.
THE APPLICATION
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Industrial: High Power High Bay/ Floodlight
- Warehouse
- Airport baggage hall
- Carpark area
- Sport arena
- Bus/Train/Airport concourse
- Tennis Courts
- Tunnels
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Commercial: Downlight/Spot/Track/panel light
- Offices
- Shopping Malls
- Clinics
- Hospitals
- Schools
- Universities
- Supermarkets
- Gymnasiums
CASE STUDY


King’s Park Sports Ground
“ICEPIPE” OBB-80W with 3000K colour temperature LED lamp bulbs, “Encapsulite” impact resistance and weatherproof LED fixtures.


Hong Kong Disneyland
“ICEPIPE” CT2000-100W with diffuser plate and custom external reflector



Hong Kong International Airport
“ICEPIPE” CH2000-100W and CH2500-200W with dome diffuser cover and 5000K colour temperature