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Materials Engineered for Aerospace RF Performance and Reliability
Aerospace systems require materials that maintain RF performance, structural integrity, and environmental durability under extreme thermal, mechanical, and fluid exposure conditions. MAST materials are engineered to perform where failure is not an option.
1–40+ GHz
RF Performance
Multiple Aerospace
Elastomer Formulations
Multi-Band
Frequency Support
AS9100D
Certified
Materials Engineered for the Air Domain
Built for Flight.
Tested for Reliability.
MAST materials are engineered for aerospace structures, antenna systems, and enclosures operating under extreme thermal, mechanical, and environmental conditions.
From radomes and antenna housings to fluid-exposed assemblies and high-altitude structures, our materials maintain RF performance where standard solutions fail.
BUILT TO WITHSTAND
Materials needed for your next aerospace program?
Engineered For
Antennas, Enclosures
& Aerospace Structures
RF stability and material durability across demanding aerospace operating environments
Optimized Solutions for Air Platforms
Materials Engineered for Aerospace Structures, Antennas & Enclosures
Elastomers · Fluid & Thermal Resistance
Elastomers Engineered for Aerospace Thermal and Fluid Exposure
Aerospace systems require elastomers that maintain sealing performance under extreme temperatures and prolonged exposure to fuels, oils, and hydraulic fluids.
KEY ADVANTAGES
RF Absorbers · Antenna Performance
RF Absorption & Antenna Performance
As aerospace antenna systems become more complex across multiple frequency bands, material selection directly impacts isolation, radiation patterns, and cross-talk performance.
MAST lightweight absorber materials are engineered to support stable multi-band antenna performance in demanding aerospace environments.
ENGINEERED PERFORMANCE OUTCOMES
INTEGRATION OPTIONS
Technical References & Resources
Technical Bulletins
MAST’s published Technical Bulletins provide the performance data and application guidance required to select and specify materials for aerospace programs—from absorber qualification to outgassing performance for high-altitude applications.
Partner With MAST Technologies
Engineered and Tested for Demanding Aerospace Environments
MAST aerospace materials are engineered to maintain RF performance, environmental durability, and mechanical reliability under demanding flight conditions.
WHY AEROSPACE ENGINEERS CHOOSE MAST
Flight-Tested Material Performance
Engineered for thermal, fluid, and mechanical environments found in aerospace platforms
Multi-Band Antenna Optimization
Materials tuned for isolation, cross-talk reduction, and radiation pattern stability
In-House RF & Outgassing Testing
Validated through AS9100D-certified RF and environmental testing
Custom Configurations
Flexible material formats for radomes, housings, and antenna enclosures
Explore Related Defense Applications
Materials Engineered for Every Defense Domain
MAST supports defense platforms across air, naval, space, and ground domains with materials qualified for the operating environments unique to each.
Naval Applications
Corrosion-resistant absorber materials engineered for maritime RF environments
Space Applications
Outgassing-qualified absorbers and composites for orbital environments
Ground Applications
Ruggedized RF materials for mobile radar and field-deployed systems
Custom Engineering & Integration
Engineering support from prototype through qualification and production
