Stirred-tank reactor
laboratoryprocesssynthesis

Stirred-tank reactor - De Dietrich - laboratory / process / synthesis
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 2
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 3
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 4
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 5
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 6
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 7
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 8
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 9
Stirred-tank reactor - De Dietrich - laboratory / process / synthesis - image - 10
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Characteristics

Type
stirred-tank
Applications
laboratory, process
Function
synthesis, pilot, catalytic
Configuration
large
Treatment method
chemical, high-pressure, polymerization
Number of reactions
single-reaction

Description

De Dietrich can provide glass-lined reactors to meet a wide variety of chemical processes, volume requirements (from laboratory scale and pilot plant sizes up to very large production units), incorporating local design and international code requirements (ASME, DIN, GB150, JIS...) Thanks to the properties of our enamel DD3009, all our reactors have excellent resistance to corrosion, smooth non-stick properties and non-catalytic inertness. They can be designed for high versatility in multiproduct applications, or specialized to optimize a specific processing requirement. We cover all the standard range of DIN reactors: AE, BE, CE, and are able to customized them as per your requests and operating conditions. Our glass-lined reactors are widely used in the chemical, pharmaceutical, and food processing industries due to their unique properties and versatility. Some of the main applications and uses of glass-lined reactors 01 Chemical: Acid and alkali reactions, hydrogenation, polymer production, chemical synthesis, polymerization, coatings, adhesives, fertilizer, explosives... 02 Pharmaceutical: API (Active Pharmaceutical Ingredient), drug formulation,... 03 Food & beverage: Fermentation, enzymatic reactions, and flavoring production,... 04 Environmental Protection: Wastewater treatment, recycling,... 05 Petrochemical: Oil refining,...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.