ABLE & Rogers Vibration Management Solutions for Aerospace
Modern aircraft are lighter, faster, and more technologically advanced than ever before. From commercial airliners and military aircraft to satellites and next-generation space vehicles, aerospace systems rely on thousands of precision-engineered components working together in some of the harshest operating environments imaginable.
One challenge that every aerospace engineer must address is vibration. Continuous exposure to vibration, shock, and mechanical stress can reduce equipment performance, shorten component life, and increase maintenance costs if not properly managed.
That’s why vibration management has become a critical aspect of aerospace design. High-performance engineered materials help absorb shock, isolate vibration, and protect sensitive systems throughout an aircraft or spacecraft. Among the industry’s most trusted material manufacturers is Rogers Corporation, whose advanced PORON® polyurethane foams and BISCO® silicone foams are widely specified for demanding aerospace applications.
As a Rogers Preferred Converter, ABLE helps aerospace manufacturers unlock the full potential of these advanced materials. Through precision converting processes—including die cutting, laminating, laser cutting, water jet cutting, and rapid prototyping—ABLE transforms Rogers materials into application-ready components that meet exact engineering specifications.
Whether supporting commercial aviation, defence programs, or emerging aerospace technologies, ABLE delivers precision converting solutions that improve reliability, reduce vibration, and help aerospace manufacturers build safer, longer-lasting products.
Why Vibration Management Is Critical in Aerospace
Continuous vibrations are produced in aircraft and aerospace equipment through engines, turbines, airframes, landing gear, and varying flight conditions. These forces can have a detrimental effect on electronic systems, structural components, sensors, and passenger comfort if they are not adequately controlled.
Manufacturers can benefit from effective aerospace vibration management in the following ways:
- Protect sensitive electronic components
- Minimize mechanical fatigue and wear.
- Improve equipment reliability
- Increase the life of aerospace assemblies.
- Enhance safety and overall system performance
- Reduce maintenance requirements
To achieve consistent product performance throughout the product life cycle, it is important to select appropriate vibration-damping materials.
Understanding Aerospace Vibration Management
Aerospace vibration management refers to the use of engineered materials and design strategies that minimise the transmission of vibration and shock throughout an aircraft or aerospace system.
The goal is to protect critical components while improving comfort, reliability, and structural integrity.
Effective vibration management typically includes:
- Absorbing mechanical shock
- Isolating vibration between components
- Reducing transmitted noise
- Protecting delicate electronics
- Improving structural durability
- Extending equipment lifespan
Unlike rigid materials that simply transfer vibration, specialised aerospace foams and elastomers absorb and dissipate energy before it reaches sensitive systems.
This becomes increasingly important as aircraft incorporate more electronic systems, lightweight composite structures, and advanced avionics.
Rogers Corporation’s Engineered Materials for Aerospace
For decades, Rogers Corporation aerospace solutions have been trusted across the aerospace industry for high-performance vibration control. Rogers develops advanced polyurethane foams and engineered materials specifically designed to absorb vibration, isolate shock, and protect sensitive equipment. These materials help aerospace manufacturers improve reliability while meeting demanding performance requirements.
Rogers PORON® Polyurethane Foams
PORON® polyurethane foams are engineered microcellular materials known for their ability to absorb impact, control vibration, and maintain consistent performance over long service lives.
Unlike conventional foams, PORON materials resist compression set, meaning they retain their cushioning properties even after repeated loading. This makes them particularly valuable in aerospace systems exposed to continuous vibration.
Common aerospace applications include:
- Avionics protection
- Electronic enclosures
- Instrument panel cushioning
- Vibration isolation pads
- Sealing assemblies
- Structural gap filling
Their combination of durability, dimensional stability, and energy absorption makes PORON an excellent choice for protecting sensitive aerospace equipment.
Rogers BISCO® Silicone Foams
Where aerospace applications require outstanding performance under extreme temperatures, Rogers BISCO® silicone foams provide an ideal solution.
BISCO materials offer:
- Excellent flame resistance
- Wide operating temperature range
- Long-term environmental durability
- Superior sealing performance
- Vibration isolation
- Resistance to UV exposure and weathering
These properties make them suitable for aircraft interiors, environmental sealing, engine compartments, electronic housings, and defence systems where reliability is essential.
Why Precision Converting Matters
High-performance aerospace materials rarely go directly from the manufacturer into an aircraft assembly. They require precision converting to create components that fit complex geometries, meet tight tolerances, and integrate seamlessly into larger systems.
Precision converting ensures that vibration management materials perform exactly as intended while reducing installation time and improving manufacturing efficiency.
For aerospace OEMs and Tier 1 suppliers, this means receiving components that are production-ready, repeatable, and designed for demanding operating environments.
How ABLE Adds Value as a Rogers Preferred Converter
While Rogers Corporation develops some of the industry’s most advanced vibration management materials, the final performance of those materials depends on how accurately they are converted into finished components.
As a Rogers Preferred Converter, ABLE works closely with customers to transform high-performance Rogers materials into precision-engineered parts tailored to aerospace applications.
With more than 50 years of custom converting experience, ABLE supports projects from prototype development through full-scale production while maintaining the high quality standards expected by aerospace manufacturers.
ABLE supports customers at all stages of their development by providing:
- Material selection guidance
- Engineering collaboration
- Rapid prototyping
- Precision converting
- Quality inspection
- Scalable production
- Consistent manufacturing support
Skilled in advanced manufacturing, ABLE is dedicated to quality and is helping aerospace manufacturers to minimize complexity while speeding up product development.
Benefits of Choosing Rogers Materials Converted by ABLE
By creating solutions that are engineered for long-term performance and manufacturing efficiency, aerospace manufacturers can leverage ABLE to work with Rogers materials. Key advantages are high-quality engineered materials by Rogers, converted components designed for specific equipment, superior vibration damping, excellent equipment protection, lightweight, durable solutions, and precision manufacturing to tight tolerances. Along with consistent production, ABLE also provides engineering support from concept to production. Rogers and ABLE deliver reliable solutions, working together to satisfy the increasingly stringent performance, safety, and reliability needs of aerospace manufacturers.
As aerospace systems grow more complicated, effective vibration management is essential for achieving reliability and safeguarding sensitive components over time. Rogers Vibration Management Aerospace materials and ABLE’s precision converting capabilities provide a customized solution that enhances performance, prevents failures due to vibrations, and aligns with the highest standards of aerospace engineering. These solutions also aid in the simplicity of integration into complex assemblies and consistent quality throughout production runs.
Contact ABLE today to learn how Rogers-engineered materials and ABLE’s precision-converting capabilities can enhance your next aerospace project!
https://able123converting.com/blog/vibration-insulation-solutions-in-aerospace-by-able-and-partners/
https://www.rogerscorp.com/applications/vibration-management
