Integral
Pump
Mixing (IPM) |
|
A
highly tuneable and scalable technology patented by
Maelstrom APT and suited to a very wide fluid
viscosity range. With its integrated positive
displacement pumping and nozzle homogenisation
actions, IPM offers very high energy transfer for
exceptional dispersive performance. IPM
is available in batch and continuous forms. |
| |
|
|
Fluid
Division
Mixing (FDM) |
|
Depending on its
configuration, FDM can be used in both high shear
and ultra-low shear applications. Using the
principle of hydraulic shear for high shear
applications, FDM machines offer improved
performance over conventional high shear mixers in
both batch and inline forms. In low-shear
mode, FDM uses an inter-cavity transfer mechanism to
provide an effective but gentle blending action for
shear-sensitive materials. |
| |
|
|
High
Stress
Mixing (HSM) |
|
Intended
for visco-elastic materials such as rubber and other
polymers, doughs and pastes, HSM delivers
energy-intensive shear and extensional
stresses for rapid compounding and blending.
Large surface contact area and integrated cooling
channels enable fast mixing of temperature-sensitive
compounds. |
| |
|
|
Controllable
Deformation
Dynamic Mixing
(CDDM) |
|
For the ultimate in dispersive and
distributive performance, CDDM combines multi-nozzle
homogenisation with inter-cavity transfer principles to
create an exceptionally high performance inline mixer.
Licensed from one of the world's leading process
companies, this technology is ideally suited to
emulsification, reaction chemistry and dilution
applications. |
