Normal temperature and pressure are bearable, flexible, convenient, easy to adjust, and extendable and are used for long life. An aluminum flexible duct is a versatile and effective solution for a wider range of ductwork applications. Aluminum flexible duct is lightweight and durable, it is resistant to corrosion and fire.

SPECIFICATION

• 4 inches 6 inches 8 inches 10 inches 12 inches these sizes are available.
• 6 meters in length
• Density 2710km/m3
• Electrical conductivity 40.8/10 sm1
• Pressure limit

USE

Aluminum flexible ducts are used in many applications such as heating, ventilation, and air conditioning HAVC systems.

• Industrial and commercial application
• Exhaust systems
• Dryer vents
• Range hoods
• Kitchen ventilation system

What is an insulated flexible duct?

An insulated flexible duct is a duct that consists of double layers its upper layer is made of aluminum and its inner layer is made of polyester which helps with ventilation. They are insulated with fiberglass or other insulation to prevent heat loss or gain. It is often used in HVAC systems to deliver conditioned air to different building parts.

Application of insulated flexible

Insulated flexible are used in several applications such as HVAC systems, dryer vents, and dust collection systems.

Aluminum flexible duct is also commonly used in ventilation systems to exhaust fumes and stale air from buildings. This is because the aluminum flexible duct is corrosion-resistant and can withstand high temperatures. For example, an aluminum flexible duct is often used to vent fumes from the kitchen exhaust hood.

HEATING AND COOLING SYSTEM

An aluminum flexible duct can connect the air handler to the supply and return ductwork in the heating and cooling system. It can be used to connect ductwork to individual registers and diffusers.

DUCT COLLECTION

Aluminum flexible ducts can be used to collect dust and other contaminants from the air in factories,

, and other industrial settings.

DRYER VENTS

Aluminum flexible duct is a common choice for dryer vents. It is lightweight, easy to install, and can be bent around corners and obstacles.

EXTRACTIONS OF FUME

Aluminum flexible duct is also used in fume extraction systems to extract fumes from chemical and other industrial processes. The aluminum flexible duct is corrosion-resistant and can withstand high temperatures and aggressive chemicals. For example, an aluminum flexible duct is often used to extract fumes from welding and soldering operations.

Other uses

There are many other uses of the insulated flexible duct, such as residential HVAC systems, commercial HVAC systems, industrial HVAC systems, ventilation systems, and ductwork connections.

ITEM PROPERTIES

HIGH-QUALITY MATERIAL

The aluminum flexible duct has the best quality material. The flexible dryer vent duct is composed of 2 layers of aluminum foil, steel wire, and PET film which have better stretch-ability and prevent leakage at the same time.

FLEXIBLE AND CONVENIENT

Due to the built-in steel wire, the length and shape of the air duct can be flexibly changed, making it easier to install an exhaust fan or a directly coupled fan. It is retractable and lightweight, can be easily carried when camping or in the garden, and can be installed anywhere.

Improved system efficiency

Insulated ductwork contributes to a more efficient HVAC system by preventing condensation buildup and maintaining consistent air pressure throughout the ductwork.

 Reduced energy cost

By minimizing heat loss or gain, insulated ductwork helps maintain the desired temperature of conditioned air, reducing energy consumption and lowering utility bills.

Versatility and flexibility

Insulated flexible duct is easier to install and maneuver than rigid ductwork, making it suitable for retrofitting existing systems and accessing hard-to-reach areas.

Enhanced comfort

By maintaining consistent air temperature, insulated ductwork ensures that conditioned air reaches various rooms or zones at the desired temperature, improving overall comfort levels.

Noise reduction

The insulation layer helps dampen noise transmission through the ductwork, contributing to a quieter HVAC system.

Structure and components

Inner core: The inner core is made of flexible material, such as polyester or plastic that allows the duct to bend and maneuver through tight spaces.

Insulation layer: The insulation layer surrounds the inner core and provides thermal resistance to prevent heat transfer. Common insulation materials include fiberglass, polyester, or foam.

Outer jacket: The outer jacket protects the insulation layer and provides durability against abrasion and moisture. It is often made of aluminum foil, vinyl, or plastic.

GRATEFULNESS

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