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StopTech Rotors - Premium Front Pair - Honda Civic 01-05
Don’t be fooled by inferior products that claim to be premium. Only
Centric Premium black rotors feature Original Equipment specifications
and production processes. All Centric rotors are manufactured to meet
QS and ISO Quality System Standards. Our global suppliers have already
passed these stringent quality assurance standards because they
currently supply products to OE manufacturers.
Centric premium
rotors utilize an Electrocoating finish that provides long lasting
corrosion protection. E-coating is a superior electro-statically
applied finish designed to withstand 400 hours of salt water exposure
without rusting. Phosphate finishes utilized by other manufacturers
provide only minimal protection from the elements; these finishes are
generally only effective for the shipping and storage portion of a
rotor’s life. The addition of heat and moisture eliminates the
effectiveness of phosphate finishes resulting in immediate corrosion
once installed in the vehicle.
Double Disc Ground
Centric premium rotors feature
a double disc ground, taper free finish. Double disc grinding ensures
parallelism, eliminates run out and provides near perfect disc
thickness variation (DTV). Double disc grinding leaves a
non-directional finish on the friction surface area for more effective
pad-rotor break in. This special finish also provides quieter and
smoother stops.
Machined Finishes
Centric premium
rotors feature 100% fully machined finishes including rotor hats. This
extra process provides better rotor balance and creates a cleaner, more
finished looking component. In addition, all Centric rotors are
inspected for balance and mill-corrected to a tolerance of less than
2oz. per inch
Split Castings
O.E. specification
center-split core castings provide proper heat transfer and thermal
efficiency, resulting in superior braking power and safety.
Mill Balancing
Centric brake rotors are mill
balanced to a tolerance of less than 2oz. per inch. This additional
machining operation reduces feedback associated with rotor vibration
and provides a smooth confident application of braking force.
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