KGW temperature-controlled reaction vessels with DN15 glass flange heating jacket connection and S40 ground joint
These reaction vessels from KGW-Isotherm can be used to efficiently carry out a wide variety of experiments and processes in laboratories in the chemical, biological, pharmaceutical and other high-tech industries. The equipment offers outstanding temperature control and is particularly durable thanks to its high-quality workmanship. Compared to similar products on the market, they impress with their reliable pressure resistance, a wide range of volume options and robust glass quality.
Professional use in laboratories and research
Reliable temperature control in reaction processes is essential for numerous industrial and scientific applications. Thanks to the glass flange with DN15 connection and the S40 ground joint, the vessel offers ideal conditions for the use of heating jackets and other accessories. Users benefit from even heat distribution and excellent material processing, particularly in precise synthesis, isolation and distillation processes, ensuring that reactions can be carried out reproducibly and safely. In addition, the components are manufactured in accordance with strict DIN standards, meet high safety standards and are resistant to various chemicals.
Technical highlights at a glance
- Robust laboratory glass with good chemical and temperature resistance
- Volume variants from 250 ml to 20,000 ml for a wide range of applications
- Pressure-resistant in various designs from 0.5 to 2.5 bar
- Practical DN15 flange connection and S40 ground joint for heating jacket and other accessories
- Manufactured in accordance with DIN standards for high quality and durability
- Wide temperature range, individually adjustable depending on the model
- Compatible with various jacket media such as water, oil or glycol
The above-mentioned features enable precise adjustment of the reaction conditions and are therefore particularly suitable for demanding laboratory applications. Users benefit from efficient process control and a high level of safety, even with sensitive reactions or complex experimental setups. In addition, the various volume sizes ensure flexible scaling, while the supporting flange allows the vessel to be integrated into all types of equipment without rattling.
These features make the reaction vessel an excellent choice for facilities that have frequently changing experimental conditions or require scalability between small and larger scales. Thanks to its stability, experiments can also be carried out under slight overpressure without the risk of glass breakage. In addition to reliable protection, the glass offers a clear view of the reaction process - an important advantage for anyone who needs to visually monitor the process. Special features and designs
Depending on the model selected, the diameter and height vary to meet different requirements. The assemblies are usually classified according to volume and the required diameter, for example NW60, NW100, NW120, NW150 or NW200. Pressure resistance decreases slightly with larger volumes, which should be taken into account when selecting suitable components. All versions of the reaction vessels meet all test criteria for safe use with various reagents, including organic solvents, acids and alkalis.
Specific application examples
- Syntheses in organic chemistry: For precise control of temperature-dependent reactions, for example in the manufacture of special intermediate and end products.
- Pharmaceutical drug development: Suitable for temperature control of sensitive substances and to prevent contamination through corrosion.
- Biotechnology and fermentation: Stable and sterile environment for investigating microbiological processes, e.g. with cell cultures.
- Materials research: Testing of various polymers, resins or coatings that require uniform heat treatment.
The robust vessels are particularly suitable for highly exothermic reactions where effective cooling or heating is essential. In addition, the high-quality glass flange enables efficient integration into closed systems, preventing contamination and ensuring compliance with purity requirements.
FAQs
How can the temperature be controlled precisely?
This can be achieved using a connected heating jacket or an external temperature control source. The vessel is equipped with a DN15 connection, through which the desired heating or cooling fluid circulates.
Are the vessels designed to work under pressure?
Yes, models with a pressure resistance of 0.5 to 2.5 bar are available. The selection depends on the required volume and the process conditions.
What is the best way to clean the reaction vessels?
As a rule, the vessels can be cleaned after use with suitable solvents, diluted acids and alkalis. The stable laboratory glass supports common cleaning procedures.
Are the vessels suitable for aggressive chemicals?
If the substance does not attack glass, it can be used in these reaction vessels without any problems. Always check whether the respective chemical is compatible with borosilicate glass.
Conclusion
KGW temperature-controlled reaction vessels with DN15 glass flange heating jacket connection and S40 ground joint provide laboratory and industry professionals with a powerful solution for precise temperature control and smooth operation. The designs meet high safety standards and offer impressive flexibility in terms of volume and accessories. Thanks to the wide range of pressure and size options, users can set the optimum conditions for every experiment and rely on professional, durable equipment.
