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Stainless steel reactors for high pressures and vacuum
Discover the advantages of customized, modular high-pressure reactors made of stainless steel
Safe - Vessels made of stainless steel, Hastelloy or Alloy to resist aggressive and toxic chemicals
Stable in value - Mechanically stable and long-lasting
Universal - Screwed connections on all vessel types to give you maximum flexibility
From pressures up to 400 bar to vacuums as low as 10-2 mbar, you’ll stay on the safe side
Chemical reactions under vacuum or high pressures call for reactor systems you can fully rely on. Whether you’re performing an extraction, digestion, hydrolysis, hydration or synthesis, these stainless steel reactors will prove to be your reliable partner. Stay completely relaxed even when carrying out reactions with hazardous and toxic products and at temperatures up to 500 °C.
Optional alloys such as Hastelloy or Alloy, PTFE and tantalum coatings further increase the resistance to chemicals.
Thanks to the low surface roughness of 0.8 µm, the reaction vessel almost cleans by itself. The optional lifting device saves you heavy lifting and brings the vessel into a cleaning position that is friendly to your back.
The modular design ensures greatest possible flexibility in selecting vessels that range from 10 mL to 200 L.
The feedback from customers who have used our systems continuously for decades speaks for itself. Benefit from the robust design “made in Germany” and the permanent availability of spare parts.
What are you waiting for? Start now to configure the reactor system that suits your process.
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The reaction vessel that adapts to your process – choose between off-the-shelf and custom-made.
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The optional lift makes cleaning highly ergonomic and easy to do.
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Thinking big? The 50 L vacuum vessel with its own condenser for a stable vacuum.
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Request information about Stainless steel reactors for high pressures and vacuum now
Stainless steel reactors for high pressures and vacuum
Discover the advantages of customized, modular high-pressure reactors made of stainless steel
Product classification Stainless steel reactors for high pressures and vacuum
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Topic world Extraction
Extraction is a fundamental process in the chemical laboratory that enables specific components to be isolated and concentrated from a mixture. Whether it's extracting active ingredients from natural products, removing impurities from synthesis products, or preparing analytical samples, extraction is a key step in achieving precise and efficient results in chemical research and analysis.
Topic world Extraction
Extraction is a fundamental process in the chemical laboratory that enables specific components to be isolated and concentrated from a mixture. Whether it's extracting active ingredients from natural products, removing impurities from synthesis products, or preparing analytical samples, extraction is a key step in achieving precise and efficient results in chemical research and analysis.
Topic world Synthesis
Chemical synthesis is at the heart of modern chemistry and enables the targeted production of molecules with specific properties. By combining starting materials in defined reaction conditions, chemists can create a wide range of compounds, from simple molecules to complex active ingredients.
Topic world Synthesis
Chemical synthesis is at the heart of modern chemistry and enables the targeted production of molecules with specific properties. By combining starting materials in defined reaction conditions, chemists can create a wide range of compounds, from simple molecules to complex active ingredients.
Topic world Digestion
Sample digestion is a critical step in chemical analysis that often determines the success or failure of an investigation. It involves the targeted transformation and preparation of a sample to make the components of interest accessible for analysis. Various methods such as thermal, chemical or enzymatic digestion are used to dissolve matrix components, remove unwanted components and release target substances.
Topic world Digestion
Sample digestion is a critical step in chemical analysis that often determines the success or failure of an investigation. It involves the targeted transformation and preparation of a sample to make the components of interest accessible for analysis. Various methods such as thermal, chemical or enzymatic digestion are used to dissolve matrix components, remove unwanted components and release target substances.
