Reactor (KeyChem series mixer)

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Reactor (KeyChem series mixer)

There are three kinds of micro-mixers with different mixing configurations.

Catalogue Download Link

Reactor (KeyChem series mixer)

There are three kinds of micro-mixers with different mixing configurations.

Catalogue Download Link

Specification:

	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P

Specification:

Name	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Specification:

	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P

Specification:

Name	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Hadar (Y type)

Mixing on collision in simple Y-shaped channel
Ideal for synthesis from drop

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Deneb (Helix type)

Powerful agitation, structure suitable for organic synthesis
Mixing after 3D motion

Spica (Static type)

Mixing after repeated bifurcation and merging

Spica (Static type)

Mixing after repeated bifurcation and merging

Specification:

	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P

Specification:

Name	Hadar (Y Type)			Deneb (Helix Type)			Spica (Static Type)
Material	SUS316	Glass	PTFE	SUS316	Glass	PTFE	SUS316	PTFE
Model number	KC-M-Y-SUS	KC-M-Y-GL	KC-M-Y-P	KC-M-H-SUS	KC-M-H-G	KC-M-H-P	KC-M-S-SUS	KC-M-S-P