Reactor Technology

NR-6000/10000

Low-pressure reactor

Maximum flexibility for configuration – this is what the NR-6000 and the NR-10000 low-pressure reactors represent. All configurations of these reactor series convince by a high level of user-friendliness as they are equipped with a stand. Experiments at pressures up to 25 bar and with volumes in a range between 5,900 ml and 11,700 ml can be carried out easily with the NR-6000 and NR-10000 reactors.

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Temperature max.300 °C

Pressure max.25 bar

Volume max.11760 ml

Berghof low-pressure reactors NR-6000/NR-10000

Technical Specifications: NR-6000/10000

		NR-6000	NR-6000	NR-10000	NR-10000
General information	Material	Stainless Steel 316Ti (1.4571) or Hastelloy C-22 (2.4602)
	Temperature max.	300° C	300° C	300° C	300° C
	Pressure max.	25 bar	25 bar	25 bar	25 bar
Reactor vessel	Volume	approx. 7,130 ml	approx. 7,130 ml	approx. 11,760 ml	approx. 11,760 ml
	Inner Diameter	195 mm	195 mm	195 mm	195 mm
	Inner Height	239 mm	239 mm	394 mm	394 mm
	Weight	approx. 16.4 kg	approx. 16.4 kg	approx. 20 kg	approx. 20 kg
	Bottom Drain Valve	✓	-	✓	-
TFM™-PTFE Insert (optional)*	Volume	-	approx. 5,900 ml	-	-
	Inner Diameter	-	185 mm	-	-
	Inner Height	-	220 mm	-	-
Armatures	Standard Armatures	Rupture Disc, Dip Tube, Valve, Tool
	Pressure Measurement	analog and/or digital
	Ports (total)	8	8	8	8
	Ports (free)	4**	4**	4**	4**
	Type of connection	8 mm Tube Connection
Heating Systems (optional)	Electrical (Heating Jacket)	✓	✓	✓	✓
	Via Fluid (Double Jacket)	✓	✓	✓	✓
	Via Fluid (Heating Coil)	✓	✓	✓	✓
Stirring (Magnetic Drive)	RV-100	✓	✓	✓	✓
	RV-400	✓	✓	✓	✓

* When using PTFE inserts the maximum allowable temperature is 230° C
** The number of free ports can be enlarged by the use of T-connections

Range of Applications

Technology

Syntheses like hydrogenation and production of emulsions

Automotive

Material testing like aging tests at low pressure

Product Description

The NR-6000 and NR-10000 low-pressure reactors offer different additional heating systems. These consist of an electrical system using a heating jacket. Furthermore, heating can be done via fluids, either by using a double jacket or by using a heating coil.

Both the NR-6000 and the NR-10000 reactors can be equipped with a bottom drain valve. NR-6000 reactors without a bottom drain valve can be provided with a PTFE insert. In addition, the following components can be upgraded to both reactor models at any time:

Stirring (magnetic drive; two options available, depending on the viscosity of the experiment)
Heating or cooling coil

Standard armatures of the low-pressure reactors are a rupture disc, a dip tube, a valve and a tool for opening and closing the reactor. In total, the NR-6000 and NR-10000 have eight ports, each. Four of these ports are already used, e.g. for pressure monitoring. The four other ports can be used according to customer needs. The number of free ports can be enlarged when using T-connections.