ATD-PressureGas Tube, the principal of the procedure |
ATD-Operating Material, for the activation of the DG-Tube |
ATD-Lockings, to safe the mount of the DG-Tube |
ATD-Priming Equipment, for the controlled release of the DG-Tubes |
ATD-Drilling Equipment, for the production of the necessary boreholes |
ATD-Filling Equipment, for filling the ATD-PressureGas Tubes with Co2 |
ATD-CARDOX-Room, for complete storage and preparation of the DG-Tube |
Today's applications of the ATD-Pressure Gas System in modern industry are varied and specially designed for production requirements.
Others are reflecting the original application of the cardox principle used for the break-up of solid and compacted materials. i.e.
You will find more applications here.
The ATD-Pressure Gas Tube is been used directly where the build-up occurs. As the entry to the obstruction, ATD-Base sockets are installed i.e. on the steel shell of the plant. Through the insertion hole, the ATD-Pressure Gas Tube will be inserted into the build-up with the Discharge Head in safe distance behind the refractory.
Locked with the ATD-Grip Case to the ATD-Basesocket, the DG-Tube is set to break up the deposits by the strong release of the CO2-charge.
Inside the ATD-Pressure Gas Tube, the pressure of the CO2 charge gets consequent increased by activating the ATD-Pressure Gas Generator. At a very pre-determined level, the Shear Disc blows and the released CO2-gas is directed by the Discharge Head exactly where required.
With application 150 - 600 litres CO2 volume with blasting pressures between 1500 and 2700 bar are set free, depending upon used ATD-Pressure Gas Tube. The response time amounts to approx. 40 ms.
There are 7 different type of Pressure Gas Tubes with different achievements and dimensions for the individual requirements available.
Your staff will be trained and certified by ATD-Technicians in the ATD-PressureGasSystem CARDOX.