STEELFLEX® - Rexnord
STEELFLEX® - Rexnord
STEELFLEX® - Rexnord
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FALK STEELFLEX ®<br />
The simplest, most cost-effective coupling<br />
Falk originated the tapered grid design as well as shot peening to<br />
increase fatique strength and torque ratings. Falk Steelflex redefines<br />
total coupling value up to 7.5 million in-lb, 932 000 Nm torque.<br />
Steelflex offers simpler initial installation than gear couplings. The<br />
unique “replace in place” design eliminates the need to move hubs or<br />
re-align shafts, reducing element change-out time. When you look at<br />
the overall savings in initial costs, spare parts costs, and labor costs for<br />
installation, alignment and replacement - plus improved ratings and a<br />
5 Year Heavy-Duty Warranty - it’s easy to see what Falk’s Steelflex Grid<br />
Couplings have over the competition. No other coupling in the torque<br />
range can touch Steelflex for cost-effective performance and reliability.<br />
Extended Maintenance Periods<br />
Now you can install Steelflex and<br />
lubricate it with Falk Long Term<br />
Grease (LTG) and forget periodic,<br />
routine maintenance for five years.<br />
Falk LTG grease was developed<br />
specifically for couplings. It resists the<br />
separation of the oil and thickening<br />
agent that occurs in typical greases.<br />
The initial use of Falk LTG coupling<br />
grease will eliminate routine<br />
lubrication cycles while still providing<br />
the necessary lubrication to the<br />
tapered grid. With LTG, Steellflex<br />
combines the high torque<br />
performance of a gear coupling and<br />
the low maintenance of a disc or<br />
elastomer coupling.<br />
Features that give<br />
Steelflex the lowest lifetime<br />
operating cost<br />
Longer Life<br />
Tapered grids, made of high strength<br />
alloy steel, are quenched and<br />
tempered to spring hardness. The<br />
grid surface is then precision shot<br />
peened to compress the surface<br />
molecules.<br />
The effect is a dramatic increase in<br />
rating, providing reserve strength for<br />
longer life or allowing a smaller size<br />
coupling to be selected. This precision<br />
technology was originally used<br />
in the production of sophisticated<br />
aircraft components.