For Immediate Release — NUOENWEI has announced the release of a custom-engineered NUOENWEI High-pressure Flexible Duct Transition designed for demanding industrial ventilation systems and specialized ground support equipment. Unlike the company’s regular product range, this heavy-duty non-standard flexible duct transition was developed according to specific customer requirements, mechanical drawings, and project interface conditions.
The new product is an eccentric / offset rectangular-to-rectangular flexible duct transition with double-flanged edge connections. It is designed to provide a reliable, leak-proof bridge between misaligned blowers, ducts, and equipment interfaces, making it suitable for applications where standard duct connections cannot meet the required fit, pressure performance, or installation space.
This release highlights NUOENWEI’s capability to manufacture customized flexible duct transitions for non-standard projects. The product is not a regular off-the-shelf item; dimensions, flange sizes, flange drilling patterns, and offset angles can be customized to match specific mechanical drawings and site requirements.
The transition is constructed without a rigid internal skeleton. Instead, it uses specialized multi-layer coated fabrics to absorb equipment vibration, compensate for thermal displacement, and handle sudden air pressure surges without tearing or collapsing. This flexible structure makes the product particularly useful for connecting misaligned duct systems in industrial and aviation ground support environments.
The custom solution is available with the following technical options:
Product Name: Heavy-Duty Non-Standard Flexible Duct Transition
Structure Type: Eccentric / Offset Rectangular-to-Rectangular
Connection Method: Double-Flanged Edge, drilled or non-drilled optional
Primary Material: Premium industrial PVC coated fabric / Polyurethane (PU) / Hypalon
Fabric Structure: 3-layer heavy-duty reinforced insulated / high-strength matrix
Available Colors: Dark Green as standard; Yellow, Blue, Black, Grey optional
Pressure Performance: High positive pressure and negative pressure resistant
Temperature Range: -15°C to +80°C; up to +120°C with specialized material
Safety Features: Flame retardant options including UL94-V0 / B1 Grade, anti-static, and UV resistant
Craftsmanship: High-frequency welding / industrial stitching with leak-proof taping
Typical Applications: Airport PCA units, industrial ventilation, blower outlets, and dust collection
For high-pressure ventilation and ground support equipment, connection integrity is critical. The NUOENWEI High-pressure Flexible Duct Transition is manufactured using high-frequency welding or reinforced industrial sewing with heavy-duty seam sealing. These construction methods are selected to support leak-proof performance under high static pressure and to withstand demanding operating conditions.
The heavy-duty coated fabric is chosen for its wear resistance and ability to tolerate severe dragging, scraping, and harsh outdoor weathering. With optional flame-retardant and anti-static materials, the product can also support safe operation in sensitive industrial and aviation environments.
The custom transition is suitable for a range of demanding air-handling and ventilation applications, including:
Aircraft ground support equipment, including PCA unit filtration and delivery transition segments
Industrial centrifugal blower inlets and outlets
Factory HVAC system misaligned duct bridging
Vibration isolation and dust collection systems
The NUOENWEI High-pressure Flexible Duct Transition is available on a project basis. Each unit can be engineered according to customer-supplied dimensions, flange specifications, offset requirements, material preferences, and safety options. For non-standard ventilation projects requiring a precise fit between misaligned equipment interfaces, NUOENWEI’s custom flexible duct transition offers a tailored alternative to standard catalog products.
For project drawings, technical selection, or customization inquiries, please contact NUOENWEI.