PRODUCT DETAILS 
These high-pressure reactors fit best for tests with source materials that are rather expensive or complicated to produce. Both BR-25 and BR-40 are available in stainless steel and hastelloy.
These high-pressure reactors fit best for tests with source materials that are rather expensive or complicated to produce. Both BR-25 and BR-40 are available in stainless steel and hastelloy.
This high-pressure reactor has established itself as a standard solution for day-to-day laboratory work due to its handy size.
This high-pressure reactor is attractive due to its many stirring and heating variants. It is available in stainless steel 1.4571 (SUS 316LTI), Hastelloy C-22, or with PTFE lining on all sides.
This high-pressure reactor is attractive due to its many stirring and heating variants. It is available in stainless steel 1.4571 (SUS 316LTI), Hastelloy C-22, or with PTFE lining on all sides.
This high-pressure reactor is ideally suitable for larger experimental runs. This high-pressure reactor is available in stainless steel 1.4571 (SUS 316LTI), Hastelloy C-22, or with PTFE lining on all sides.
This high-pressure reactor is ideally suitable for larger experimental runs. This high-pressure reactor is available in stainless steel 1.4571 (SUS 316LTI), Hastelloy C-22, or with PTFE lining on all sides.
This high-pressure reactor is ideally suitable for larger experimental runs. This high-pressure reactor is available in stainless steel 1.4571 (SUS 316LTI), Hastelloy C-22, or with PTFE lining on all sides.
This high-pressure reactor is ideally suitable for universal experimental runs.
This high-pressure reactor is ideally suitable for universal experimental runs.
CR-1000 High Pressure Reactors
This high-pressure reactor is ideally suitable for universal experimental runs.
CR-2000 High Pressure Reactors
This high-pressure reactor is ideally suitable for universal experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs.
This low-pressure reactor is ideally suitable for larger experimental runs. This low-pressure reactor is available in stainless steel.
This low-pressure reactor is ideally suitable for larger experimental runs. This low-pressure reactor is available in stainless steel.
This low-pressure reactor is ideally suitable for larger experimental runs. This low-pressure reactor is available in stainless steel.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
The requirements of our customers for the reaction vessels are as varied as the respective processes which arecarried out in them.
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