AFS Silencer
Round duct type mufflers
General features
Flexible Channel Construction | [3 layers of Aluminum + 2 layers of Polyester] (Perforated) |
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Flexible Duct Nominal Thickness | 70 micron |
Jacket Construction | 1 layer of Aluminum + 2 layers of Polyester |
Jacket Nominal Thickness | 45 micron |
Insulation - Thickness - Density | Glass Wool 25 mm – 16 kg/m³ |
Operating Temperature Range | -30 °C / +150 °C |
Air Flow Rate | 30 m/s (maximum) |
Operating pressure | 3000 Pa (maximum) |
Standard Length | 0.5m / 0.6m / 1.0m / 2.0m |
Packaging | Multi-boxing |
Reaction to Fire | No Flame |
SILENCERAFS round duct type mufflers, air cooling and distribution elements
In order to reduce the sound level values emitted to the environment by means of
has been specially designed. It is the most economical solution for reducing sound levels.
It can be used in all ventilation and air conditioning systems operating at low and medium pressure.
High tensile spiral steel of multi-layer laminated aluminum and polyester material
ALUAFS aluminum flexible air ducts produced with wire reinforcement are perforated.
It is produced by insulating it with glass wool after it is brought in. of insulation material
It is covered with an aluminum wire or non-wire jacket, that is, a moisture barrier. SILENCERAFS
Round duct type mufflers are easy to install at oval, round and corner joints.
Features and Benefits
ALUMINUM LAMINATED MICROPERFORE INNER FLEXIBLE
Noise reduction Flame retardant High resistance to UV rays Chemical resistance Low protection and maintenance costs
FLEXIBLE and CONTINUOUS STRUCTURE
Ease of storage Ease of transportation Low labor costs High resistance to tearing and impact Air tightness Energy efficiency Low operating and maintenance costs
SMOOTH INSIDE WALL
Low pressure drop Low operating costs No particle retention
HIGH TENSILE STEEL WIRE
High strength No deformation Easy assembly
GLASS WOOL INSULATION
% 100 Non-Flammability (Certified, EN 13501-1, Class A1) UL 723, Flame Spread Index = 0, Smoke Development Index = 0 Energy efficiency without fiber erosion Excellent insulation characteristics Condensation prevention
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