TrainSaf® Specification Sheet

 

TrainSaf® Simulants meet the following criteria:

  • Mimic the physical properties of chemical warfare agents and "dirty bombs"03/17/2004 - US Marine Corps (USMC) Lance Corporals (LCPL) Jerrad Jacobs and Dojnia Steplar, both wearing Hazardous Materials (HAZMAT) suits, restrain a victim of a simulated terrorist attack during a week long anti-terrorism joint force protection training exercise at Marine Corps Recruit Depot (MCRD) Parris Island, South Carolina (SC).

  • Readily visible

  • Non-toxic and non-polluting

  • Safe for use in unrestricted areas

  • Generally Regarded as Safe and Effective (GRASE)

  • Non-irritating to human skin

  • All ingredients are listed in the International Dictionary of Cosmetics

Each simulant has an embedded fluorescent taggant, which gives a strong pTrainSaf Simulants, Ideal Chemical & Radiological Traininghoto-luminescent response when viewed with the LED UV flashlight included in the TrainSaf® kit or any other 390 nm wavelength UV emitting black light source. The following properties allow it to act as an actual chemical threat agent:

The viscosities of the TrainSaf® chemical simulants correlate to those of the actual VX, G, or H series agents.
 Click for definition - Viscosity

 

The surface tensions of the TrainSaf® chemical simulants correlate to those of the actual chemical agents.04/05/2008 - Nebraska Air National Guard 155th Air Refueling Wing Capt. Melissa Link, Equal Opportunity Office, is checked (simulated) for chemical contamination during a Chemical, Biological, Radiological/Nuclear, and Explosive class at Lincoln, Neb., April 5, 2008. (U.S. Air Force photo by Senior Master Sgt. Lee Straube) (Released)

Click for definition - Surface Tension

 

The relative densities of the TrainSaf® chemical simulants also correlate to those of the actual chemical agents.

Click for definition - Relative Density

The water solubilities of the TrainSaf® chemical simulants correlate to those of the actual chemical agents.

Click for definition - Water Solubility

 

The vapor pressures of the TrainSaf® chemical simulants correlate to those of the actual chemical agents. This also allows for the detection of simulants using any detection device that can measure volatile organic compounds (VOCs), such as a photoionization detector (PID).

Click for definition - Vapor Pressure & Detection

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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