Portable Fuel Container Industry Testing
As an industry leader in testing and certification, VEXAGroup offers a comprehensive suite of services tailored to the Portable Fuel Container industry. Our services ensure compliance with the latest safety and environmental standards, fostering strategic partnerships to streamline testing processes and reduce costs for manufacturers.

Key Testing Services Offered
We offer various SHED capacities, from micro to SORE, equipped with independent Flame Ionization Detectors (FIDs) and HVAC systems to prevent cross-contamination. Our testing includes both diurnal and isothermal conditions, with data recorded second-by-second using custom software for optimal flexibility and accuracy.
Our facility boasts 16 independent testing stations, offering comprehensive ORVR SHED and stand testing capabilities. These tests replicate real-life conditions using a pull versus push method, fully automated with vapor delivery systems.
We feature ORVR capabilities with three independent SHEDs, including macro and two microSHEDs. Our testing accommodates extreme temperature scenarios, crucial for comprehensive ORVR compliance testing.
Our tests cover drop/impact resistance, actuation/use cycles, temperature exposure, and life cycle durability. These tests are essential for assessing the long-term reliability and safety of portable fuel containers under varied environmental conditions.
Industry Standards and Compliance
ASTM F3326 Standard
This standard is vital for ensuring the safety of portable fuel containers by requiring the addition of flame mitigation devices. These devices are tested for their ability to prevent flame propagation into flammable mixtures inside the container, reduce fuel flow rates, and withstand repeated use and chemical exposure.
Certification Procedures
VEXAGroup is well-versed in certification procedures like the Certification Procedure (CP-501) for Portable Fuel Container Systems. This includes tests such as the Test Method 501 for determining the integrity of spill-proof systems and Test Method 502 for measuring diurnal emissions.