Peflex 2PG - Flexible Ventilation - Insulated - Polyester
Peflex 2PG is an insulated flexible air duct, designed to withstand high pressures and provide increased energy efficiency in ventilation systems.
PRODUCT DETAILS
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Constructed from a layer of polyester encapsulating a galvanized wire.
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Corrosion resistant and fully waterproof, capable of withstanding high operating pressures (up to 10 in. H2O or 2.5 kPa).
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Excellent flame resistance thanks to the adhesive and membranes containing flame retardants.
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Low internal friction coefficient, reducing the energy consumption of the ventilation system.
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Insulated with John Manville brand urea-formaldehyde-free insulation, which is not hazardous to health.
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Standard length of 25' in a 30'' box.
USES
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Designed for ventilation systems requiring high pressure resistance and efficient thermal insulation.
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Ideal for environments requiring increased protection against flames and fumes.
MATERIALS AND DIAMETERS
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Polyester with galvanized wire.
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Available diameters: 3", 4", 5", 6", 8", 10", 12", 14", 16", 18".
Vapor barrier materials
Flame propagation
Smoke released
Maximum velocity
Maximum continuous positive static pressure
Maximum continuous negative static pressure
Operating temperature range
R coefficient of the insulation
Polyethylene
<25
<50
5000 fT/min
10'' H²O (2.5 kPa)
1'' H²O (0.25 kPa)
-30°F to 250°F (-30°C to 121°C)
4.2 - 6 – 8.4
Thickness of duct walls
0.0033''/0.085mm
Thickness of vapor barrier
0.0033''/0.085mm
DOCUMENTATION
AREAS OF APPLICATION
Frequently Asked Questions
Why choose Peflex 2PG for ventilation systems?
Peflex 2PG is designed to offer high resistance to pressure while ensuring optimum energy efficiency, thanks to its low internal friction coefficient.
How does Peflex 2PG improve safety in ventilation systems?
The Peflex 2PG is equipped with flame retardant membranes, providing excellent fire protection whilst ensuring safety in demanding environments.
What are the energy performance benefits of Peflex 2PG?
The Peflex 2PG has an extremely low internal friction coefficient, which reduces the energy consumption required to move air, thus optimizing the overall performance of the ventilation system.
