Pressure Vessel

Technical Specifications: DB-1000/1500/2000
DB-1000 | DB-1500 | DB-2000 | ||
---|---|---|---|---|
General information | Material | Stainless Steel 316Ti (1.4571) | ||
Temperature max. | 230° C | 230° C | 230° C | |
Pressure max. | 200 bar | 200 bar | 200 bar | |
Vessel weight | approx. 10.5 kg | approx. 13 kg | approx. 16 kg | |
TFM™-PTFE Insert (integrated) | Volume | approx. 1,000 ml | approx. 1,460 ml | approx. 1,880 ml |
Inner Diameter | 84 mm | 84 mm | 84 mm | |
Inner Height | 182.5 mm | 264 mm | 340 mm | |
Armatures | Standard Armatures | Rupture Disc, Dip Tube, Valve/Tool, Pressure Sensor | ||
Pressure Measurement | digital | digital | digital | |
Heating Systems (optional) | Electrical (Hot Plate) | - | - | - |
Electrical (Heating Jacket) | ✓ | ✓ | ✓ | |
Via Fluid (Double Jacket) | ✓ | ✓ | ✓ | |
Stirring | Via Hot Plate | - | - | - |
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Range of Applications
Technology
- Customized applications like experiments with highly corrosive reagents
Product Description
Due to their design, the metal-free reactors DB-1000, DB-1500 and DB-2000 are unique. The use of PTFE for the lining of various parts, as well as the production of PTFE components, guarantees an over-average resistance against highly-corrosive materials of the DB reactors. For heating the DB reactors, Berghof offers different systems. If needed, the temperature curve and the pressure development can be monitored.
For a precise monitoring and controlling of the experiments, Berghof offers different control units. Using these control units, heating programs with up to six steps can be ran. Due to this variability, the DB-1000, DB-1500 and DB-2000 metal-free reactors are perfect for customized applications.
Accessories
Constant heating or cooling by means of fluid.
Monitoring and controlling of heating for all Berghof reactors.
Electric heating jacket for consistent heating processes.
Suitable for all Berghof reactors.
Suitable for all Berghof reactors.
Application Notes
Berghof reactors for hydrothermal syntheses or for both sol-gel synthesis and hydrothermal synthesis.