Phenolic Foam Air Duct
Systems for Central Air-Conditioning
- Introduction
of Phenolic Foam
- Technical Data of Phenolic Foam Ducting Panel
- Accessories of Phenolic Foam Ducting Panel
- Six Advantages of Phenolic Foam Ducting Panel
- Installation of Phenolic Foam Air Ducts(PDF COMING SOON)
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Phenolic Foam Ducting Panel with Aluminum Foil
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Phenolic Foam Ducting Panel with Colored Steel |
Pre-insulated Phenolic Foam Duct Panel
IglooThermal™ Duct Panels are used for revolutionary way of making duct systems. Our duct systems consist of phenolic resin foam as a core material which is sandwiched between a high strength, reinforced aluminum foil or coloured steel. IglooThermal™ duct systems consist of our patented, noncombustible material which gives off no smoke or poisonous gas when exposed to fire. It's bending strength reaches over 1Mpa and the thermal conductivity index is 0.020w/mk. The phenolic foam can be fabricated into all kinds of rectangular (bended) ducts by cutting and connecting using adhesives. It can then be assembled into the air ducts of different specifications by using the patented fire-proof flanges and adhesive. IglooThermal™ Duct Panels are widely used for the ventilation systems of central air conditioning units in hotels, apartments, hospitals, office buildings and other builds.
Features of IglooThermal™
Duct Panels Foam Air Duct System:
- Cost efficient, energy saving and convenient to maintain
- Lower heat conductivity, higher thermal efficiency
- Low density, light weight
- CFC free materials, environmentally friendly
- Hermetically sealed to ensure prevent air leakage
- Corrosion free, hygienic, and has a attractive appearance.
- Reinforced aluminum foil on both sides
- Closed-cell structure
- Water-proof and sound-insulated.
- Easy to assemble, easy to install
- No protruding flanges on the connections which can save space.
| MAIN TECHNICAL INFORMATION OF PHENOLIC FOAM AIR DUCT | ||
| ITEM | UNIT | SPECIFICATION |
| Density | kg/m3 | 50-60 |
| Thermal Conductivity | w/m.k | 0.02 |
| Compressing Strength | Mpa | 0.25 |
| Bending Strength | Mpa | 1.0 |
| Combustibility Property | Non-combustible Class A | |
| Water Absorption Rate | % | 1.9 |
| Max Smoke Density | % | 2 |
| Dimension Change | % | 0.3 |
| Working Temperature | °C | -260 to +150 |
| Size | mm | 400*1200*20 |
| Maximum Allowable Wind Velocity | m/s | <12 |
| Continuous Running Maximum Temperature | °C | <120 |
