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Engineered to Survive Saltwater.
Withstand Fire.
Hold RF Performance.
Naval environments expose materials to some of the harshest operating conditions—including saltwater corrosion, humidity, vibration, and strict fire-resistance requirements. These systems demand materials engineered for long-term durability and stable RF performance.
3
Material Categories
MIL + UL
Flame Standards
CORROSION-
Resistant Formulations
AS9100D
Quality Certified
MATERIALS ENGINEERED FOR THE SEA DOMAIN
Built for the Saltwater.
Tested Against Salt, Fog & Humidity.
MAST Technologies develops radar-absorbing elastomers, corrosion-resistant formulations, flame-rated materials, and rugged adhesive systems engineered specifically for shipboard applications.
Designed for continuous exposure to saltwater, humidity, and vibration, these materials help maintain RF performance and long-term durability throughout the operating life of naval platforms.
BUILT TO WITHSTAND
Looking to strengthen your naval system performance?
Engineered For
Shipboard Antennas,
Enclosures & Structures
RF performance and material durability under continuous marine exposure
Optimized Materials & Absorber Solutions for SEA Systems
Corrosion-Resistant Radar Absorbing Materials
Radar Performance That Doesn’t Corrode.
Radar-absorbing materials engineered specifically for marine environments where continuous saltwater exposure, humidity, and corrosion resistance are as important as RF performance.
AVAILABLE OPTIONS
Adhesive Systems for Shipboard Use
Adhesives Built to Hold Through Salt, Spray & Vibration.
Installation systems engineered for demanding shipboard environments, from peel-and-stick RF absorbers to structural bonding systems designed to withstand vibration, humidity, and marine exposure.
SOLUTIONS INCLUDE
Technical References & Resources
The Documentation Your Naval Program Needs
MAST Technical Bulletins provide material selection guidance, RF measurement methodologies, substrate recommendations, and converting best practices that support naval platform qualification and system integration.
Partner With MAST Technologies
Built to Perform at Sea.
Engineered to Last.
Selecting materials for naval platforms requires balancing RF performance, corrosion resistance, installation methods, and long-term durability. Our engineering team works with you to identify the right material system for your application and qualification requirements.
Whether you’re designing a new platform or upgrading an existing shipboard system, we’ll help you evaluate absorber materials, adhesives, and composite solutions engineered for the realities of the maritime environment.
Let’s discuss the performance requirements of your next naval program.
WHY NAVAL ENGINEERS CHOOSE MAST
Corrosion-Resistant Formulations
Engineered to maintain RF performance through continuous saltwater exposure, humidity, and aggressive marine environments.
MIL & UL Flame-Rated
Radar-absorbing materials qualified against military flame-spread ratings and UL fire-resistance requirements.
Installation Systems
Pressure-sensitive adhesives and structural bonding options designed specifically for shipboard installation and service environments.
Engineering Validation
AS9100D-certified manufacturing supported by RF characterization, technical bulletins, and application engineering.
Explore Related Defense Applications
Materials Engineered for Every Defense Domain
Explore additional defense applications where MAST materials solve RF, structural, and environmental challenges across air, ground, and space platforms.
Air Applications
Elastomers, absorbers, and lightweight materials engineered for aerospace structures, antennas, and high-altitude enclosures.
Space Applications
Outgassing-qualified absorbers and structural composites for satellite, payload, and space-environment platforms.
Ground Applications
Ruggedized materials and absorbers for ground vehicles, mobile radar, and field-deployed defense systems.
Custom Engineering & Integration
Application support, prototype development, and in-house testing for your specific defense program.
