SE ceramic pump
available to suit 3/2, 4/3 and 6/4 AH series
with 8/6 and 10/8 in development.
We can also design and
manufacture other sizes according to client
SE impellers offer benefits
over existing HE or EP parts being used:
SE impellers have unique
design features that reduce turbulence, increase
material thickness and result in sustained
component life. One Ceramax impeller can outlast
up to 15 standard design impellers.
LIFE CYCLE EFFICIENCY
The SE impellers enhanced
design and wear resistance = Sustained
Efficiency over time.
Impeller geometry is not
compromised as quickly due to substantially
lower material attrition rates thereby allowing the SE impeller to
maintain it's peak efficiency for longer and
over multiple life cycles of competitor
Typical duties include:
Plant Processing - All in
plant process transfer duties are suitable.
Chemical Slurry - Chemically
inert material with excellent resistance to most
Acid and Alkaline duties. Excels where most
other materials would corrode or wear away.
Tailings Pumping - Excellent
microstructure for high wear resistance to ultra
fine solids which normally become entrapped in
flow vortices and cause premature failure to
cost analysis against standard materials ceramic parts are the
clear winners. While having a comparable cost to some new
alloy grades our ceramic material significantly outlasts them
by a factor of 5 to 15 times. On a simple cost analysis this adds up to
In addition to this the SE
design impeller maintains it's peak profiled
geometry and subsequent highest efficiency point
for longer (between 5 to 15 times longer). The
Sustained Efficiency over time results in
reduced power costs and again reduced carbon
costs associated with it.
benefits can be achieved through product life extension, the
longer a part lasts the fewer are used and the lower the carbon cost associated
with it. This is where
ceramic pump parts excel.
With longer life and sustained efficiency over time these
parts achieve a significantly lower carbon cost than
One ceramic impeller can last
outlast 5 rubber, poly or alloy impellers! That in
itself is a
significant carbon reduction.
the environment impact of your current parts use and set
targets for reduced emissions. we all want to and need
to make the difference!
current supplier can't help you achieve your objectives
then talk to Slurrytech !!