- Clogged delivery tubes, orifices and valves.
- Irregular flow caused by volume of abrasive left in the supply
tank.
- Frequent repairs of worn pump parts.
- Parts damage due to friction caused by changes in or loss of
lubrication because of too little diluent or too much abrasive.
- Variation in cutting rate and finish due to variation in common
abrasive pump and delivery methods.
- Galling caused by sudden interruption of abrasive compound flow.
- Scratching caused by sudden increases in abrasive content.
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- Quick change from one abrasive to another.
- Maximize cutting rates, finish and quality because compound
is precisely controlled.
- Optimize abrasive utilization because abrasive to diluent ratio
and flow rate is precisely set and maintained. This results in complete
consumption of abrasive grain.
- Eliminate lost man-hours used to measure, mix and maintain abrasive
delivery.
- Precisely regulate flow rates without stoppage or clogging.
- Eliminate guesswork in setting ratios of abrasive to diluent.
- Control costs due to precise control and automation;
substitutes inexpensive oils for specially blended vehicles.
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