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Electric shock, Overcurrent and Tracking Simulator [ACSEL 3040]
With the device, people can observe how fire could start due to an overloaded electrical circuit and experience the strength of electric shock caused by short circuit.
For more information
Solvent Explosion Simulator [ACSEL 3010]
Using this device, people can understand that a small spark could create a large explosion and actually feel the impact from the reaction.
For more information
Dust Explosion Simulator [ACSEL 3020]
With fine particle powder suspended in the air, it only takes the smallest of ignition sources to result in a large-scale explosion.
For more information
Solvent combustion by static electricty Simulator [ACSEL 3030]
This simulator discharges static electricity at the organic solvent benzene to let you see it catching fire.
For more information