This fully automated micro-brewery is the perfect solution for fast and reproducible product development in the brewing industry. This innovative plant enables the automated production of beer in small quantities, with batch sizes of approximately 2 liters. With sophisticated equipment that includes 2 malt silos, mash tun, lauter tun with recirculation pump, optical turbidity measurement,
Fully Automated Micro Brewery Read more
This cost-effective batch plant with a capacity of 5 liters is a compact and budget-friendly solution for reaction and stirring tasks for homogenous low viscosity liquids. The operating pressure is -1 to 4.5 bar and a maximum temperature is 150 °C, the stirred reactor features a guided magnetic stirrer propelled from below the vessel. With
Cost-Effective Batch System with 5 L Reactor Volume Read more
This Hastelloy plant was specially developed for demanding applications in the chemical and pharmaceutical industries. Hastelloy is a nickel-based alloy with a particularly high resistance to a wide range of aggressive chemicals. By using interchangeable Hastelloy pressure reactors with capacities of 1, 2 and 4 liters, this system can be used for a variety of
Hastelloy® Plant with Interchangeable 1, 2 and 4 L Vessels Read more
This glass reactor plant is characterized by the exchangeable reactor and a particularly high degree of flexibility. The interchangeable glass reactor is available in 5 l, 10 l or 15 l volumes. The process connection and instrumentation are made via connection points in the DN200 cover. The glass reactor system is equipped with a Profibus/Profinet
Glass Reactor Plant with Exchangeable 5 l, 10 l or 15 l Reactor Read more
This 10-liter polycondensation plant includes a compact 10-liter stainless steel reactor. The entire system is designed to fit easily into a fume cupboard so that volatile hazardous substances can be continuously extracted. By combining the main reactor with an integrated rectification column and a subsequent phase separator, the system can be used for reactive rectification.
10 L Polycondensation Plant Read more
This distillation plant consists of a stainless steel column DN30, capable of withstanding temperatures of up to 350 °C and suitable for vacuum conditions. This column is designed for the containment and monitoring of toxic or explosive gases. The system is fully automated, with an industrial control system ensuring seamless and safe operation. Features: Description
High Temperature Distillation Plant Read more
This simple fluidized bed reactor is using a specialized tubular quartz glass reactor with a high-temperature resistance of up to 1000 °C. This equipment features three different gas feeds, allowing precise control of reaction conditions. Its compact design ensures it fits conveniently into a standard laboratory fume hood. The special feature of this device is
Simple Fluidized Bed Reactor for Catalyst Activation Read more
This emulsion polymerization plant consists of two stirred stainless steel reactors with capacities of 20 and 50 liters, each equipped with a lifting system for added convenience. These reactors are driven by variable speed, high power, explosion proof motors to ensure safe and efficient operation. The system also includes a dosing system for all components,
20 L and 50 L Reactor for Emulsion-Polymerization Read more
This Drum Dryer is intended for the efficient washing and drying of polymer granulate. This system includes separate baskets, ensuring effective and tailored processing.Operating within a temperature range of 0 to 250 °C and a pressure range of -1 to 0.5 bar, the system features a stainless steel drum with three heating zones, allowing precise
Drum Dryer for Washing and Drying of Plastic Granulate Read more
This synthesis reactor has a 3-liter stirred glass reactor system that is suitable for feeding both liquids and gases, as well as a solid feed designed for slurries.This system is designed for a maximum pressure of 2.4 bar and can reach a maximum temperature of 200 °C. It is also equipped with an industrial control
3 L-Synthesis Reactor Read more
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