KeyChem-Integral

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KeyChem-Integral

KeyChem-Integral is a heterogenous flow reactor system. It can be used for reaction of Gas-Liquid, Liquid-Liquid, Solid-Liquid and Solid-Liquid-Gas. Flow rate, temperature and pressure are controllable. A range of units are available for different combinations.

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KeyChem-Integral

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Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Specification:

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Pump unit	Material	SUS	PEEK	SUS	PEEK
	Type	Plunger
	Range	0.001 - 9.999 mL/min		0.01 - 99.99 mL/min	0.1 - 50.0 mL/min
	Pressure limit	35 MPa	20 MPa	5 MPa	5 MPa
	Dimension	(WxDxH) 105x241x144 mm
Coil Reactor Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Mixing Block Unit		Low Temperature Type		High Temperature Type
	Method	Peltier		Heating
	Range	5 - 80℃		r.t.+10℃ - 200℃
	Dimension	(WxDxH) 250x225x175 mm
Column Reactor Unit	Method	Thermal Vibration
	Range	r.t.+10℃ - 200℃
	Dimensions	(WxDxH) 250x225x347 mm

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Column Reactor Unit

Catalyst column packed with reaction liquid
High reaction efficiency with high contact level of catalyst and reaction liquid
No need to remove catalyst

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Pump unit

Sending solution by plunger pump
Highly accurate and stable in flow rate
Available in 3 types according to flow rate range
Available wetted material : PEEK or SUS

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Coil Reactor Unit

Reactor for Gas-Liquid reaction made of Teflon® AF2400
Dispersing gas gradually into liquid flowing in a SUS tube through porous Teflon®
Mixing gas and reaction liquid homogeneously

Mixing Block Unit

Flow micro mixer for Liquid-Liquid reaction
Improvement on reaction yield with rapid mixing in micro space feature

Mixing Block Unit</