High and low pressure bleed air ducting systems, providing leak tight flexibility using both high performance and lightweight materials. Our engineering group has over 60 years experience designing, testing and qualifying pneumatic ducting components and systems.
A wide range of ducting products for fixed and rotary aircraft and space vehicles.
From integrated systems to off-the-shelf hardware, products include: metal bellows, expansion joints, hoses, metallic ducting, gimbals, balljoints, aerospace ducting and tubes, dual wall fuel ducts and pressure balance joints.
Our facilities have AS/EN91XX series, ISO9001, NADCAP and Regulatory approvals including EASA, FAA and UK CAA.
Full design, analysis, development and qualification combined with manufacturing and product support capabilities at our specialist facility in Dunstable, UK.
Providing tailored solutions meeting customer specific performance requirements.
Our facility in Dunstable houses ducting and bellows production using advanced methodologies.
- Cleanroom class 10,000
- CMM inspection methods
- Orbital welding
- Full NDT capability including x-ray
- High temperature insulation
Our facility is NADCAP, ISO-9001: 2008 and AS9100 rev C-accredited
Experienced design engineers utilise proprietary analysis software to optimise ducting systems solutions sought by our customers.
They analyse stress, modal, thermal and system dynamics using patran, flowmaster, hyperworks and unigraphics NX10 to optimise the product definition. This is supported by an in-house test capability providing high temperature high pressure pneumatic testing and vibration.
Our bleed air ducting is used on a wide range of commercial and military platforms – fixed wing, rotary wing, aero-engines, marine and spacecraft.
For OEM customers, we can provide you with a ducting system that is specifically designed for your application. To discuss what you need in more detail, please contact us on +(44) 1582 473600.
For aftermarket customers, our product support team can help you from product launch to platform retirement.