Asset protection
Environmental applications
Proactive Protection
for the Gas and Oil Industry
Expanded aluminum network mesh configured for fuel systems, industrial storage, transportation and environmental applications.
Applications • production • products Explore applications →
Engineered Solutions
for Actionable Results
AXS configurations are engineered for the specific fuel system, vessel, operating environment and protection objective.
One material. Multiple solutions.
Fire & explosion protection
AXS configurations for fuel containers and tanks designed to provide proactive protection against fire and explosion hazards.
Fuel vapor management
AXS Pipe applies the mesh within a venting path to address escaping fuel vapor while preserving venting function.
Oil spill containment
AXS Super Boom and related configurations for containing and recovering hydrocarbons on water.
From problem to resolution.
Define the Problem.
Engineer the Application.
Implement the Solution.
Resolve the Problem.
Demonstrating the Solution.
The Saudi presentation shows the AXS approach in practice: explain the problem, demonstrate the engineered application, then move into implementation.
International Attestation
Independent technical, research, and advisory sources that have examined technologies and safety principles relevant to AXS applications.
Fauske & Henry
Technical work addressing expanded-metal networks, flame quenching, and mitigation of confined gas explosions — principles directly relevant to AXS fuel-protection applications.
AEROSAFE
A technical research program examining fuel-tank safety and expanded-metal structures in aviation applications, providing an important independent technical reference for the AXS approach.
FAA / ARAC
FAA Aviation Rulemaking Advisory Committee material reviewing fuel-tank explosion-protection technologies, operational considerations, and certification issues relevant to aviation fuel safety.
What do you need to protect?
Tell AXS about the tank, fuel system, storage application or environmental problem. Start with the problem — then define the solution.
