Keep your brake hardware fresh and your braking system running smoothly with the Carlson Disc Brake Hardware Kit H5687Q. It installs as a direct-fit, original replacement for the 2003-2010 Chrysler PT Cruiser [All] and 2004-2005 Dodge Neon [All], refreshing the small stainless components that keep the pads located and moving freely.
- Stainless steel hardware: includes 4 rubber bushings and 4 pad-locating clips built to suppress high stress levels.
- Low-friction PTFE coating: designed to reduce drag for a quieter, more efficient braking system.
- Dust boots included: with a dual-coated PTFE/rubber finish in black.
- OE-quality build: matches Original Equipment (OE) quality specifications for exact fitment.
Brakes are designed as a system, and every component needs to work together for the best performance. This kit helps protect your brakes by keeping the hardware working at an optimum level. If worn, corroded, or missing hardware is causing noise or uneven pad movement, replacing it during a brake job helps restore proper operation.
Country of origin: China.
Manufacturer part number H5687Q.
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
What's included in this hardware kit?
It includes 4 rubber bushings and 4 pad-locating clips in stainless steel, plus dust boots, with a black dual-coated PTFE/rubber finish.
Will this kit fit my vehicle?
It is a direct-fit replacement for the 2003-2010 Chrysler PT Cruiser [All] and 2004-2005 Dodge Neon [All]. Check the Buyer's Guide tab to confirm your vehicle.
What does the PTFE coating do?
The low-friction PTFE coating is designed to reduce drag, helping deliver a quieter, more efficient braking system.
What is the hardware made of?
The hardware is stainless steel with a dual-coated PTFE/rubber finish in black, made to suppress high stress levels.
Should I replace this hardware during a brake job?
Replacing brake hardware alongside pads is good practice, since worn or corroded clips and bushings can cause noise and uneven pad movement.