High-pressure Reactors
Individual. Flexible. Functional.
- Flexibility and individuality
- Easy handling
- Highest Safety Standards
- PTFE lining for effective corrosion protection
The individually configurable BR reactors offer easy handling, flexibility and functionality while providing maximum safety up to 200bar, 300°C and 25ml to 5.7 liters. The PTFE lining allows working with corrosive media.
Case Studies
Why customers trust in innovative laboratory equipment from Berghof.
Advantages
Flexibility and individuality
Easy handling
Highest Safety Standards
PTFE lining for effective corrosion protection
Technology
Product Description
For more than 50 years, Berghof has offered comprehensive expertise in the manufacture of reactor systems. Our portfolio includes high-pressure reactors (BR series), low-pressure reactors (NR series), metal-free reactors (DB series) and simple pressure vessels (DAB series). Important common features of all series are the simple, tool-free closing and opening - thanks to the unique quick-release closure - as well as the specially developed PTFE lining, which prevents damage to the reactors by aggressive media. Your benefits: You profit from easy handling and reduced wear.
All Berghof reactors offer you the greatest possible flexibility and functionality with the highest safety standards. Our modular system allows you to configure your reactor to suit your specific needs. Extensive accessories are also part of our portfolio. However, if you cannot find what you are looking for, we can also design reactors and components to meet your individual requirements.
Typical applications of our reactors with or without PTFE lining can be found in chemical synthesis, catalysis research, green chemistry, recycling, electrochemistry, alternative raw materials, hydro- and solvothermal synthesis, nanotechnology, hydrogenations, corrosion tests, aging tests, etc.
Armatures
As standard, all reactors are equipped with a vent valve, rupture disc, pressure gauge and PT-100. Further valves for gas/liquid sample addition or removal, overflow valves, pressure sensors etc. are added on a modular basis.
Stand systems
Never lift heavy reactors again
Berghof's comfort stand and lift systems allow fixed installation of all connections due to their Static Lid design. Both lift systems allow easy filling and emptying of the reactors thanks to the swivel function. The BRS-2 table stand for reactors up to 1 l already has the electric jacket heater integrated. It can be easily removed downwards for faster cooling. The BRL-1 is designed for reactors from 1.5 l and offers enough space for you to make optimum use of the reactors' bottom drain valve.
Heating
Heating
Whether purely electric or via high-precision circulation thermostats, our BHM and BTM heating jackets ensure efficient heat transfer between the heater and the reactor. In addition, the heating jackets offer a safe stand due to their generously dimensioned base plate and effectively prevent the reactors from tipping over.
BR-HS
Our high-performance heating system for small reactors
In addition to the auto-tuning function, the high-performance heating system offers an intelligent stirring system. This stirring system detects disturbances such as a break in the stirring fish movement and thus ensures stirring even without the possibility of visual control. In addition, our high-performance heating system offers you the possibility of air cooling of the reactors, which improves the cooling times and temperature accuracies during rapid heating.
Stirring
Our low-maintenance and powerful magnetic coupling ensures reliable mixing of the reactor contents with a variety of different stirrer geometries. All Berghof components are also designed for easy cleaning.
Whether gas entrainment stirrer, jet stirrer or anchor stirrer - our wide range of stirrer geometries guarantees optimum mixing of your reaction solution.
Control System
Everything under control with one controller
Our BRC controller offers quick access to all important parameters and the possibility to switch electric valves directly from the controller. The auto-tuning function allows you to easily and quickly determine PID control values specifically for your system. This reduces variations in target temperature by over 80%, resulting in better reproducibility and fewer unwanted by-products. The BRC can be individually adapted to your needs with modular extensions.
Specials
We prepare our reactor lids individually to accommodate various probes, electrodes and cable glands.
You haven't found the right one? No problem. We also design reactors and components specifically to your requirements.
BRS-2
The new BRS-2 is a remarkable lift system with electric heating that has a static cover for easy installation of hoses, cables and sensors. The convenient tabletop unit can be used under a fume hood and is available for BR-300, BR-500, BR-800 and BR-1000 reactor sizes. Lifting heavy vessels is no longer a problem for the user thanks to this unique lift system.
The following features and specifications stand out:
- Hand wheel for lifting and lowering the reactor vessel and heater
- No power required to remove the heat source
- Reactor vessel can be moved toward the user
- Easy insertion and removal of reactor vessel, PTFE liner and contents
- Cooling from 300 °C to 100 °C can be shortened by more than 30 minutes
Technical specifications
BR 25 / 40
More informationBR 100 / 200
More informationBR 300 / 500 / 700
More informationBR 1000 / 1500 / 2000
More information
BR-25 |
BR-25 |
BR-40 |
BR-40 |
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General information | Material | Stainless Steel 316Ti (1.4571) or Hastelloy C-22 (2.4602) | |||
Temperature max. | 300° C | 300° C | 300° C | 300° C | |
Pressure max. | 200 bar | 200 bar | 200 bar | 200 bar | |
Reactor Vessel | Volume | approx. 30 ml | approx. 47 ml* | approx. 45 ml | approx. 68 ml* |
Inner Diameter | 22 mm | 27 mm* | 24 mm | 29 mm* | |
Inner Height | 83 mm | 83 mm* | 99.6 mm | 104 mm* | |
Weight | approx. 0.6 kg | approx. 0.6 kg | approx. 0.7 kg | approx. 0.7 kg | |
TFM™-PTFE Insert (optional) | Volume | - | approx. 29 ml* | - | approx. 45 ml* |
Inner Diameter | - | 22 mm* | - | 24 mm* | |
Inner Height | - | 77 mm* | - | 98 mm* | |
Armatures | Standard Armatures | Rupture Disc, Dip Tube, Valve | |||
Pressure Measurement | analog and/or digital | ||||
Ports (total) | 6 | 6 | 6 | 6 | |
Ports (free) | 3** | 3** | 3** | 3** | |
Type of connection | 1/8“ Tube Connection | ||||
Heating Systems (optional) | Electrical (Hot Plate) | ✓ | ✓ | ✓ | ✓ |
Via Fluid | - | - | - | - | |
Stirring | Via Hot Plate | ✓ | ✓ | ✓ | ✓ |
Via Magnetic Drive | - | - | - | - |
BR-100 |
BR-100 |
BR-200 |
BR-200 |
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General information | Material | Stainless Steel 316Ti (1.4571) or Hastelloy C-22 (2.4602) | |||
Temperature max. | 300° C | 230° C | 300° C | 230° C | |
Pressure max. | 200 bar | 200 bar | 200 bar | 200 bar | |
Reactor Vessel | Volume | approx. 170 ml | approx. 190 ml* | approx. 225 ml | approx. 250 ml* |
Inner Diameter | 42 mm | 44 mm* | 42 mm | 44 mm* | |
Inner Height | 126 mm | 127.7 mm* | 165 mm | 166.7 mm* | |
Weight | approx. 1.8 kg | approx. 1.8 kg | approx. 2.1 kg | approx. 2.1 kg | |
TFM™-PTFE Insert (optional) | Volume | - | approx. 95 ml* | - | approx. 195 ml* |
Inner Diameter | - | 32 mm* | - | 40 mm* | |
Inner Height | - | 121 mm* | - | 158,7 mm* | |
Armatures | Standard Armatures | Rupture Disc, Dip Tube, Valve | |||
Pressure Measurement | analog and/or digital | ||||
Ports (total) | 5 | 5 | 5 | 5 | |
Ports (free) | 1** | 1** | 1** | 1** | |
Type of connection | 8 mm Tube Connection | ||||
Heating Systems (optional) | Electrical (Hot Plate) | ✓ | ✓ | ✓ | ✓ |
Via Fluid | - | - | - | - | |
Stirring | Via Hot Plate | ✓ | ✓ | ✓ | ✓ |
Via Magnetic Drive | - | - | - | - |
BR-300 |
BR-500 |
BR-700 |
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General information | Material | Stainless Steel 316Ti (1.4571) or Hastelloy C-22 (2.4602) | ||
Temperature max. | 300° C | 300° C | 300° C | |
Pressure max. | 200 bar | 200 bar | 200 bar | |
Reactor Vessel | Volume | approx. 390 ml | approx. 630 ml | approx. 980 ml |
Inner Diameter | 68 mm | 68 mm | 68 mm | |
Inner Height | 108 mm | 175 mm | 271 mm | |
Weight | approx. 4 kg | approx. 6 kg | approx. 8.5 kg | |
TFM™-PTFE Insert* (integrated) | Volume | approx. 310 ml | approx. 500 ml | approx. 800 ml |
Inner Diameter | 62.5 mm | 62.5 mm | 62.5 mm | |
Inner Height | 98 mm | 165 mm | 261 mm | |
Armatures | Standard Armatures | Rupture Disc, Dip Tube, Valve, Tool | ||
Pressure Measurement | analog and/or digital | |||
Ports (total) | 6 | 6 | 6 | |
Ports (free) | 2** | 2** | 2** | |
Type of connection | 8 mm Tube Connection | |||
Heating Systems (optional) | Electrical (Hot Plate) | ✓ | - | - |
Electrical (Heating Jacket) | ✓ | ✓ | ✓ | |
Via Fluid (Double Jacket) | ✓ | ✓ | ✓ | |
Via Fluid (Heating Coil) | ✓ | ✓ | ✓ | |
Stirring | Via Hot Plate | ✓ | - | - |
RV-GL | ✓ | ✓ | ✓ |
BR-1000 |
BR-1500 |
BR-2000 |
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General information | Material | Stainless Steel 316Ti (1.4571) or Hastelloy C-22 (2.4602) | ||
Temperature max. | 300° C | 300° C | 300° C | |
Pressure max. | 200 bar | 200 bar | 200 bar | |
Reactor Vessel | Volume | approx. 1,220 ml | approx. 1,740 ml | approx. 2,230 ml |
Inner diameter | 90 mm | 90 mm | 90 mm | |
Inner height | 193 mm | 275 mm | 352 mm | |
Weight | approx. 10.5 kg | approx. 13 kg | approx. 16 kg | |
TFM™-PTFE insert* (integrated) | Volume | approx. 1,000 ml | approx. 1,460ml | 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 Measurement | analog and/or digital | |||
Ports (total) | 6 | 6 | 6 | |
Ports (free) | 2** | 2** | 2** | |
Type of connection | 8 mm Tube Connection | |||
Heating Systems (optional) | Electrical (Hot Plate) | - | - | - |
Electrical (Heating Jacket) | ✓ | ✓ | ✓ | |
Via Fluid (Double Jacket) | ✓ | ✓ | ✓ | |
Via Fluid (Heating Coil) | ✓ | ✓ | ✓ | |
Stirring | Via Hot Plate | - | - | - |
RV-GL | ✓ | ✓ | ✓ |
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Application areas and applications
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Technology
- Various kinds of synthesis like hydrogenation of C-C triple bonds, synthesis of metal nanoparticles, solvothermal synthesis and drug synthesis
- Synthesis like hydrogenation of C-C triple bonds or homogenous/heterogeneous catalysis
- Catalyst research like tests of catalysts consisiting of liquid or solid materials
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Automotive
- Material testing like aging tests of e.g. elastomers, ceramics or metal parts
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Food & Feed
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Pharma & Cosmetics
Material Testing of Elastomers in Coolants
Test samples of elastomers are prepared in coolants for tensile tests using Berghof reactors.
Synthesis of Microporous and Mesoporous Materials
Berghof reactors for hydrothermal syntheses or for both sol-gel synthesis and hydrothermal synthesis.
Material Testing of Elastomers in Blow-by-mixtures
Using Berghof reactor technology, elastomers can be prepared in blow-by-mixtures for tensile tests.
Quality Control of Raw and Starting Materials
Raw and starting materials can be tested by the use of Berghof BR high-pressure reactors.
Screening of Metathesis Catalysts
Berghof BR reactors with smaller volumes are ideal for screening of metathesis catalysts.
Selective Hydrogenation of Polyunsaturated Hydrocarbons
Berghof BR reactors are suitable for homogenous and heterogenous catalyses of minimum quantities.
Biomass pretreatment technologies
Pretreatment of biomass feedstock materials for their subsequent conversion to Biofuels or chemical precursors.
Biomass Derived Chemicals and Products
Basic pathways from biomass materials like wood, grass … to chemical precursor substances.
Biofuels and Bioethanol
Basic pathways from organic feedstocks to Bioethanol and Biofuels are described in this paper.
Synthesis of Metal-oxide based nanomaterials
An overview on hydrothermal synthesis and crystallization techniques.
Hydrothermal Carbonization
Conversion of organic feedstock (Biomass) to carbon based nanomaterials.
Hydrothermal Synthesis
An overview of hydrothermal synthesis techniques with our products.
Supercritical fluids and Green Chemistry
Replacement of organic solvents by supercritical fluids.
Accessories
BHM Heating Jacket For Berghof high-pressure reactors BR-300 to BR-2000
Electric heating jacket for consistent heating processes.
BRM-1 Stirrer Drive For a consistant stirring at up to 2,000 rpm
For Berghof reactors BR-300 to BR-200 as well as NR-1500 and NR-3000
Sample Holders For material and corrosion testing
Suitable for all Berghof reactors.
BTM Thermostatic Jacket For heating and cooling of Berghof high-pressure reactors
Constant heating or cooling by means of fluid.
BRM-2 Stirrer Drive For consistant stirring at up to 500 rpm
For Berghof reactors BR-300 to BR-2000 as well as NR-1500 and NR-3000.
Catalyst Basket For catalysis research
Berghof offers different types of catalysis baskets for applications in the field of catalysis research