
One of the main advantages of installing loaded caliper assemblies when you do a brake job on your car or truck is that they restore the brakes to like-new condition. Not only do they include new friction, but also a professionally rebuilt caliper and properly matched hardware (shims, bushings, slides, etc.). This significantly reduces the risk of future leaks developing, and uneven braking or pad wear caused by calipers hanging up or dragging.
Replacing Brake Calipers
Replacing the hardware is important, too, because old corroded hardware can cause braking problems. We have heard of shims that have worked loose and caused a rotor to fail by rubbing and cutting through the rotor hat! If you forget to install an anti-rattle clip or install one that does not fit properly, the newly installed pads may be noisy. Loaded calipers reduce these risks by providing the proper hardware and replacing everything that should be replaced.
The type of friction material that is included with a loaded caliper assembly is critical because it should be the same, or better than the original. If your car was originally equipped with ceramic pads, the loaded caliper should have the same type of friction material. The same goes for semi-metallic pads.
To avoid a mismatch of friction side-to-side, when installing loaded calipers on your car or truck, both calipers should be replaced at the same time. If only one caliper is being replaced, be sure to use the same friction pads on both sides.
When a loaded caliper is installed, the brake system should always be flushed and refilled with clean, fresh fluid that meets the OEM requirements for the application (DOT 3 or 4 fluid).
Caliper slides and bushings should be lubricated with a high temperature brake lubricant, and related brake components such as hoses, lines, rear wheel cylinders and the master cylinder should all be inspected to make sure these components are in good working condition and are leak-free.
Remanufactured Brake Calipers|
WARNING: DO NOT USE OIL, GREASE, ANTI-SEIZE OR LUBRICANTS OF ANY KIND WHEN TIGHTENING LUG NUTS! Proper torque on lug nuts is very important for three reasons. One is to keep the lug nuts from loosening up and the wheel coming loose, another is to prevent distortion of the brake rotor behind the wheel, and a third is to prevent broken studs. A torque wrench should be used for final tightening of the lug nuts, and the nuts should always be torqued to the recommended specifications. CAUTION: Torque specifications for lug nuts are always for CLEANand DRY studs and lug nuts. That means no oil, no grease, no anti-seize and no lubricants of any kind. Any of these products will reduce the friction between the threads. This may seem like a good thing to prevent rust and frozen lug nuts, but the reduction in friction means a much higher percentage of the applied torque (up to 25% or more) will go toward loading the lug nuts. The end result may be brake rotor distortion or broken studs! Wheel studs should be cleaned with a wire brush to remove rust and dirt BEFORE the wheels are mounted. If the lug nuts are heavily rusted or have damaged threads and won't turn easily on the studs, replace the lug nuts. The same goes for any wheel studs with damaged or badly corroded threads. And remember to mount the wheels DRY with nothing on the threads. |
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