A Senior plc Group Business CAPABILITIES & SERVICES PRODUCTS EXPERTISE ABOUT NEWS CAREERS CONTACT US THERMOPLASTIC COMPOSITE DUCTING Senior Aerospace BWT’s semi-rigid thermoplastic ducting is an ideal partner to a full system solution. We manufacture the duct from proprietary ultra-lightweight reinforced composite materials that offer smooth bore solutions. Bespoke Components The design of aircraft and the incorporation of many modern features, means that it’s important to make the best use of the available space to install any aircraft system. What sets BWT apart is that it has many years of experience delivering ducting with minimum weight and pressure drop. We design ducting systems and manufacture products to almost any complex geometry, whilst maintaining performance integrity. We achieve this complexity by using a proprietary lightweight, smooth bore, semi-rigid composite construction. BWT’s decades-long manufacturing experience, means that our products can be formed into almost any shape. Above all, BWT knows how to make ultimate use of the space envelope. 1 2 3 4 5 6 7 8 9 10 11 12 Previous Next Key characteristics: Temperature 65° to 180°C (-85° to 356°F) Weight Ultra-lightweight Compatibility Materials compatible to RTCA / DO-160 FST to ABD0031 (ATS 1000.001) Durability Excellent durability and puncture resistance Manufacturing Process Allows for the product to be shaped to virtually any profile to make the best use of restricted space envelopes whilst optimising performance CAPABILITIES & SERVICES Low Pressure Ducting Systems Preformed Composites Additive Manufacturing PRODUCTS Thermoplastic Composite Ducting Elastomeric Flexible Ducting Noise Attenuation Ducting Preformed Composites Additive Manufacturing Components EXPERTISE Commercial and Regional Aircraft Defence Aerospace Rotorcraft Automotive Medical ABOUT History Senior plc Operational Excellence Our Values CONTACT US Contact us Careers MODERN SLAVERY | T&C'S | PRIVACY | CONTACT US | SENIOR plc Copyright © Senior Aerospace BWT 2021