Reaction vessels - Import export

A chemical reactor functions as an enclosed vessel where chemical reactions occur. It's crucial for process designers to ensure the reaction proceeds efficiently toward the desired product, maximizing yield while minimizing costs associated with procurement and operation. Operational expenses encompass factors like energy input and disposal, raw material costs, labor, and other associated charges. Typically, reactants and products within the reactor are in fluid form, either gases or liquids. Continuous reactors maintain a constant operational state, while batch reactors undergo transient operation. Transient operation occurs when a reactor is activated for the first time or following a shutdown, with critical process variables fluctuating over time.

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Grease lubrication of friction and rolling bearings in the high-temperature range up to 300°C Lubrication of tunnel kiln cars, baking, burn-in and drying furnaces, hot gas units, reaction vessels, boiler plants, roller and conveyor rollers in continuous furnaces, etc. Use at bearing points under influence of chemicals Lubrication of bearings under influence of fuel Advantages and benefits Absolutely resistant to water and steam Resistant to solvents, for example benzene, benzol, acetone, trichloroethylene and against inorganic acids, for example sulphuric acid, hydrochloric acid and nitric acid as well as stearic acids, alcohols and halogens Broad range of applications above the temperature limits of other lubricating greases Excellent wear protection Reduced maintenance and lubricant costs due to possible lifetime lubrication Excellent plastic and elastomer compatibility

With the miniPilot product family (reactor, nutsche filter, scrubber) we offer miniplant pilot reactors for chemical process development, scale-up, process simulation and kilo-scale production. The reactors' explosion proof design (ATEX) and inert materials allow safe processing of solvents and acids in a completely sealed reaction vessel. The compact standard reactor setup can easily be modified, interchangeable reaction vessels of 5, 10 and 15 liter including interchangeable stirrers are available. The reaction vessel is installed on a lifting / lowering device to simplify opening and cleaning. The distillation glass overhead is built with flexible ball-socket joints for multiple chemical reactions under full vacuum. A clean-room setup and other materials are available to meet your specific process requirements.

Pressure reactor for kilo labs and small-scale production Reactor volume: 20 to 500 liter Pressure: -1 (FV) to +200 bar Temperature: -20 °C to +300 °C Material: stainless steel, Hastelloy® Other materials, pressures & temperatures are available Buchi pilot plants are built for pressure reactions as well as for reactions under full vacuum. Different technologies and materials are used, depending on the requested process and process media. Pilotclave pressure reactors range from 50 - 500 liter and are all customized. To quote such systems we require detailed specifications. Safety is important with such larger scale systems, especially when doing hydrogenations and other reactions under higher pressure. The degree of automation and process control vary from simple data collection to complete automation of the system. In most cases, the reaction vessels are jacketed steel or Hastelloy® reactors.

Laboratory pressure reactor system - for pressure reactions in metal pressure vessels Reactor volume: 0.5 to 5.0 liter Pressure: -1 (FV) to +60 / 200 bar Temperature: -20 °C to +250 °C Material: stainless steel, Hastelloy® Other materials, pressures & temperatures are available This multipurpose pressure reactor system is designed for the use of interchangeable steel pressure vessels. Safety features guarantee safe reactions under pressure. The stainless steel or Hastelloy® reactors ensure high resistance against acids. Visual process control and monitoring is also possible under high pressure by using steel pressure vessels with sight glasses. Various low to high torque magnetic drives ensure efficient mixing and stirring low to high viscosity process media as well as excellent heat transfer.

PFA gas scrubbing bottle is a vessel for washing impurities in gas. It absorbs impure gas by bubbling (dissolving or due to chemical reaction) through a selected suitable liquid medium, so as to wash away impurity gas, and get the purify gas. During the design process, the tetrafluoro balls are surrounded by small holes. Pay attention: 1. The gas scrubber is filled with the selected liquid to scrub the gas and remove the moisture or other gas impurities. When using, pay attention to the flow direction of the gas, the inlet pipe and the outlet pipe cannot be reversed; 2. The gas washing bottle cannot hold alkaline liquid detergent for a long time. After use, pour the detergent into a reagent bottle with a rubber stopper and store it for later use, and clean it with water. The bottle can also collect gas and calculate the volume of gas.