Flexible duct systems - Import export

Our duct systems for battery ventilation feature highly flexible sections combined with high stiffness in the cuff section. Connecting elements and matched accessories allow for easy assembly and disassembly. Available materials/maximum operating temperature: PP 100°C PA6 120°C PA12 120 Our corrugated tubes with integrated connecting geometries (bayonet lock) are made to customers specifications to guarantee reliable connections and to ventilate or drain duct systems. This saves weight and reduces the risk of leakage. The snap-in geometry allows for time-saving and user-friendly assembly and disassembly. Of course we offer a wide range of accessories and nominal sizes. Available materials/maximum operating temperature: PP 100°C PA6 100°C PA12 120°C

Our corrugated tubes with integrated valves to reliably vent or drain duct systems. The advantages are obvious: Weight can be saved, the risk of leakage can be reduced and assembly times can be shortened. The inside diameter and the volume are designed according to the flow rate, and the opening and closing characteristics of the valve are designed according to the pressure range. Available materials/maximum operating temperature: PP 100°C PA6 120°C PA12 120°C Application automotive, agriculture and construction engines; for ventilation applications for air filters or fuel systems Our corrugated tubes with integrated connecting geometries (bayonet lock) are made to customers specifications to guarantee reliable connections and to ventilate or drain duct systems. This saves weight and reduces the risk of leakage. The snap-in geometry allows for time-saving and user-friendly assembly and disassembly. Of course we offer a wide range of accessories and nominal sizes.

Our duct systems can feature flexible sections, smooth sections and tailored connections to meet customers specifications. This is a reliable way to connect a corrugated tube to the connecting cuff and allows for time-saving assembly. The advantages are obvious: Weight can be reduced, and great flexibility and high strength in the cuff section are guaranteed Available materials / maximum operating temperature: PA12 120°C PA6.10 120°C PA6.12 140°C PPA 180°C

Flexible ducting helps in many ways in heating, ventilation and air conditioning systems: they can be used areas where rigid spiral tubing can not be used as it can easily be shaped and bent into position, work as a way as connecting opposing tubes, as well as allowing a channel in the extraction of air. The flexible ducting is capable of withstanding both high and low temperature which range from -30ºC to +140ºC - not all styles of flexible ducting is able to so is best to speak to an adviser. Lengths are are sold in 10 meter lengths and different styles which are suitable for different applications these include: aluminium, insulated, grey, acoustic and semi rigid flexible ducting.

ILA maleend flexible duct connectors are used for joining two round SPIRAL or plain ducts. They are most often used for connecting air handling units, heat recuperation units, and duct fans. The flexible duct connector deadens the vibration generated by the equipment to prevent vibration and noise in the ductwork and ensure improved acoustic performance of the ventilation system. The flexible piece is made from AMT balancing tape, a standalone product available in different sizes and materials, including a heatresistant version. The standard version is male. The femaleended version is available on request for connecting two fittings.

Material: Galvanized Sheet, Length: Standard 4 meters, Packing Type: 1 Tie (100 meters) Code: KPRF20 Type: 1 Dimensions (HxWxH): 20x28x0,65 mm Code: KPRF25 Type: 2 Dimensions (HxWxH): 25x28x0,65 mm Code: KPRF30 Type: 3 Dimensions (HxWxH): 30x28x0.75 mm Code: KPRF35 Type: 4 Dimensions (HxWxH): 35x28x0.75 mm Leakage Limits: Leakage in liters per second per square meter channel surface area. Low Pressure Class: A Leakage Limit: 0.027 x p0.65 Medium Pressure Class: B Leakage Limit: 0.009 x p0.65 High Pressure Class: C Leakage Limit: 0.003 x p0.65 High Pressure Class: D Leakage Limit: 0.001 x p0.65