Low Pressure (Altitude)
High Temperature
Low Temperature
Temperature Shock
Contamination by Fluids
Solar Radiation (Sunshine/UV)
Rain Method
Humidity
Fungus
Salt Fog
Sand and Dust
Explosive Atmosphere
Immersion
Acceleration
Vibration
Acoustic Noise
Shock
Pyroshock
Acidic Atmosphere
Gunfire Shock
Temperature, Humidity,
Vibration, and Altitude
Icing/Freezing Rain
Ballistic Shock
Vibro-Acoustic/Temperature
Freeze/Thaw
Mechanical Vibrations of
Shipboard Equipment (Type I
– Environmental and Type II –
Internally Excited)
Ensure your equipment can withstand the challenges of extreme environments, such as high altitudes, elevated pressures, and sudden pressure drops. These conditions can strain materials, compromise performance, and risk failure. Our testing validates durability, safety, and reliability under the toughest scenarios.
From extreme heat, cold, and humidity to rapid temperature shifts and combined stressors, our testing identifies weaknesses, validates durability, and helps improve reliability. Whether for operational performance or manufacturing quality, we simulate real-world challenges to ensure your products excel.
Ensure that equipment and materials can endure and perform reliably in challenging conditions. From fluid contamination to explosive atmospheres, testing simulates real-world environments to identify vulnerabilities, reduce risks, and enhance durability. We address critical challenges like corrosion, extreme temperatures, fungal growth, sand and dust infiltration, and flammability, ensuring long-term performance and safety.
This testing ensures equipment can withstand harsh environmental conditions like immersion, heavy rain, strong winds, and freezing temperatures. It helps identify vulnerabilities such as water intrusion, ice buildup, and material degradation. By simulating real-world challenges, these tests improve product durability, reliability, and performance in extreme weather and underwater environments.
This testing ensures that equipment can survive the harsh conditions of specialized environments such as space, where it is exposed to extreme temperatures and high vacuum levels. By simulating these conditions, the testing verifies that materials and components will function reliably in orbit or deep space missions, preventing failures in critical aerospace applications.
Connect with Dayton T. Brown, Inc. and let our experts guide you!
Dayton T. Brown, Inc. is the largest independent testing laboratory in the U.S., equipped to handle large projects such as full-scale aircraft/spacecraft static and fatigue testing. Whatever your testing needs we deliver unparalleled expertise, cutting-edge technology, and tailored solutions for your most demanding challenges.
We provide comprehensive technical publication services, offering expert technical writing, illustration, data conversion, and systems integration. Our team specializes in mechanical, electrical, and hydraulic systems, and we are adept at creating and managing technical documentation to meet evolving standards like S1000D. From authoring and graphics to legacy data conversion and 3D model integration, we deliver precise, tailored solutions to support your technical information needs.
Our logisticians are experienced in the preparation of logistics management information and critical logistics deliverables such as level of repair analysis & provisioning, maintenance planning & reliability, and logistics consulting – ensuring efficient, cost-effective support for military, commercial, and government programs.
SCIFs, Shipping Containers, Material Management Support
We specialize in designing and integrating advanced products and intelligent systems such as mobile and transportable SCIFs, satellite shipping containers, and material procurement support for your critical missions.
Dayton T. Brown, Inc. 1175 Church St. Bohemia, NY 11716
Dayton T. Brown, Inc. 23967 Prop Way Hollywood, MD 20636
