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Carbonator - Alcarb®
The Tetra Alcarb® is a carbonation unit used for continuous carbonation of soft drinks and...
Carbonator - Alcarb®
The Tetra Alcarb® is a carbonation unit used for continuous carbonation of soft drinks and...
Gas mixer - 3.5 - 6 bar | MGP-2
In both laboratory as well as industrial settings, there are several processes that require industrial gases handling. Mixing of two gases is the most common operation....
Gas mixer - 3.5 - 6 bar | MGP-2
In both laboratory as well as industrial settings, there are several processes that require industrial gases handling. Mixing of two gases is the most common operation. This is the reason, labs require various gas handling devices. With the Gometrics solution , the gases can be handled with an easy-set up device which easily installs it, by connecting it to reference gas bottles. MGP-2 operators can carry out great gas mixing in the most fashionable way, which makes them ready to use The modular architecture of MGP-2's ensure real-time system communication and control with the help of computer for remote operation and diagnostics.
Gas mixing and metering unit - DSD 500
Gasdosing Station
The MAXIMATOR Gasdosing Station is designed for the high-pressure dosing of gas for the physical foaming of plastics. The physical foaming is applied in the process variants extrusion foaming, polyurethane foaming and pressure-die casting foaming (microcellular foaming).
DSD 500
Gasdosing Station for up to 500 bar
The MAXIMATOR DSD 500...
The MAXIMATOR Gasdosing Station is designed for the high-pressure dosing of gas for the physical foaming of plastics. The physical foaming is applied in the process variants extrusion foaming, polyurethane foaming and pressure-die casting foaming (microcellular foaming).
DSD 500
Gasdosing Station for up to 500 bar
The MAXIMATOR DSD 500...
Gas mixing and metering unit - DSD 500
Gasdosing Station
The MAXIMATOR Gasdosing Station is designed for the high-pressure dosing of gas for the physical foaming of plastics. The physical foaming is applied in the process variants extrusion foaming, polyurethane foaming and pressure-die casting foaming (microcellular foaming).
DSD 500
Gasdosing Station for up to 500 bar
The MAXIMATOR DSD 500 Gasdosing Station compresses the gas with air driven Maximator gas booster to pressures up to 500 bar and doses very uniformly, also in case of severe back-pressure fluctuation, through an innovative mass-flow regulation concept and the highly-dynamic Maximator 3/3-way proportional pressure control valve.
The gas volume is measured on the pressure side. The mass-flow regulation is insensitive to temperature and adapts optimally to pressure variations with constant dosing quantity.
The measured values are visualized. Because of the precise injection flow regulation, production fluctuations under the same product, material and process conditions can be reduced.
- Generation of a constant, uniform microcellular foam structure
- Injection flow capacity is controlled extremely precisely, as well as independently of pressure and temperature in the extruder (also in case of very small dosing quantities)
- automatic adjustment to extruder pressure reduces start-up process
- a high-dynamic control valve responds promptly to process changes
- Insensitive to gas bubbles in the liquid CO2 - no extensive cooling required
The MAXIMATOR Gasdosing Station is designed for the high-pressure dosing of gas for the physical foaming of plastics. The physical foaming is applied in the process variants extrusion foaming, polyurethane foaming and pressure-die casting foaming (microcellular foaming).
DSD 500
Gasdosing Station for up to 500 bar
The MAXIMATOR DSD 500 Gasdosing Station compresses the gas with air driven Maximator gas booster to pressures up to 500 bar and doses very uniformly, also in case of severe back-pressure fluctuation, through an innovative mass-flow regulation concept and the highly-dynamic Maximator 3/3-way proportional pressure control valve.
The gas volume is measured on the pressure side. The mass-flow regulation is insensitive to temperature and adapts optimally to pressure variations with constant dosing quantity.
The measured values are visualized. Because of the precise injection flow regulation, production fluctuations under the same product, material and process conditions can be reduced.
- Generation of a constant, uniform microcellular foam structure
- Injection flow capacity is controlled extremely precisely, as well as independently of pressure and temperature in the extruder (also in case of very small dosing quantities)
- automatic adjustment to extruder pressure reduces start-up process
- a high-dynamic control valve responds promptly to process changes
- Insensitive to gas bubbles in the liquid CO2 - no extensive cooling required