 |
INCREASE |
|
DECREASE |
 Productivity |
|
Maintenance |
 Safety |
|
Operating Costs |
 Reliability |
|
|
 Efficiency |
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|
| PREVENT |
|
Ruptured or damaged pipes and fittings due to thermal
expansion and hydraulic shock |
| |
|
Cavitation and the resulting premature failure of the pump,
diaphragms, valves, seals, plungers, and packing material |
| |
|
Foaming, splashing, and degradation of product |
| |
|
Contamination due to the premature release of pressure relief
valves and disks |
| |
|
Failure of plastic pipe and fittings due to vibration |
| |
|
Hazardous and costly spills due to pump diaphragm failure |
| ENSURE |
|
Steady pressure and flow to filters |
| |
|
Meter accuracy, longevity and repeatability |
| |
|
Uniform application of material in spraying and coating |
| |
|
Steady and continuous flow when dosing, blending, or proportioning
process additives |
| |
|
Reduced material waste and rejected parts |
| |
|
Complete suction stroke filling of pump cylinders and diaphragm
chambers |
| |
|
Performance of in-line mixers with a continuous flow of product |
| |
|
Elimination of surge holes in filter bags |
| PROTECT |
|
Pipes and fittings from pulsation and vibration |
| |
|
Valuable meters and in-line instrumentation from destructive
pulsations, surges, contamination and corrosion |
| |
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Filter media from breakdown due to pulsating flow |
| |
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Valves from hydraulic shock and pressure surges |
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