Low-pressure Reactors

Description

Berghof reactors are designed modularly and are configured according to your requirements.
All Berghof reactors can be operated with or without PTFE lining.
The reactor volume can be optimally adapted to your needs by using different inserts.
A wide range of accessories completes the reactor program: different stirring techniques, stands and lift systems, reagent addition and sampling, sample holders, probes and electrode feedthroughs…
If you still cannot find what you are looking for, we can also design reactors and components to meet your individual requirements.

With the unique quick-release fastener, you can open and close the reactor easily and simply by hand without tools.
All fittings can be easily removed and refitted in just a few steps – e.g. for cleaning or component replacement.

We use only high quality materials for reactor construction such as SS316TI and Hastelloy C-22.
Berghof sizes, tests and manufactures its high pressure reactors in accordance with current AD-2000 guidelines.
TÜV Süd approves each vessel design for highest international safety standards
Certificated pressure tests for safety and tightness for each reactor
Externally controlled pressure tests for reactors with a volume of 1L or bigger
All reactors are equipped with a rupture disc
Safe opening key for all quick lock systems

For the use of highly corrosive media, thick-walled PTFE inserts or a complete PTFE lining of all wetted parts are available. Due to its exceptional chemical resistance, PTFE is a cost-effective alternative to special alloys.
Media contact of the reactor vessel is prevented by the O-ring seal in combination with the PTFE insert and cover lining.
In addition to unsurpassed corrosion protection, they benefit from reduced contamination and easier cleaning. PTFE inserts also serve as practical storage vessels for reaction mixtures.

Spesification

		NR-1500	NR-1500	NR-3000	NR-3000
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. 1,900 ml	approx. 1,900 ml	approx. 3,650 ml	approx. 3,650 ml
	Inner Diameter	123 mm	123 mm	123 mm	123 mm
	Inner Height	160 mm	160 mm	308 mm	308 mm
	Weight	approx. 5.7 kg	approx. 5.7 kg	approx. 8.1 kg	approx. 8.1 kg
	Bottom Drain Valve	✓	–	✓	–
TFM™-PTFE Insert (optional)*	Volume	–	approx. 1,400 ml	–	approx. 2,900 ml
	Inner Diameter	–	114 mm	–	114 mm
	Inner Height	–	142 mm	–	290
Armatures	Standard Armatures	Rupture Disc, Dip Tube, Valve, Tool
	Pressure Measurement	analog and/or digital
	Ports (total)	7	7	7	7
	Ports (free)	3**	3**	3**	3**
	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-GL	✓	✓	✓	✓
	RV-400	–	–	–	–

		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-GL	✓	✓	✓	✓
	RV-400	✓	✓	✓	✓

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