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DFC 14-20 Audi S3 (USA/Canada) Rear Premium Hardware Kit

  • Low Coefficient Of Friction
  • Easy Assembly & Removal
  • Corrosion Resistance
  • High Heat Resistance
  • Chemical Resistance

The DFC Rear Premium Hardware Kit, part number DFC340-42004, is designed for 2014-2020 Audi S3 models sold in the United States and Canada. This automotive hardware kit supports a reliable rear brake service by providing replacement hardware engineered for proper fitment and consistent component movement. Verify vehicle application before ordering to ensure compatibility with your specific Audi S3 configuration.
The DFC340-42004 kit is built with a low coefficient of friction to help promote smooth operation and reduce resistance between mating components. Its design supports easy assembly and removal, making installation and future brake maintenance more efficient. Corrosion-resistant construction helps the hardware withstand exposure to moisture, road conditions, and common environmental contaminants.
High heat resistance allows the DFC rear hardware to perform in the demanding temperature conditions associated with braking systems. The kit also offers chemical resistance against automotive fluids and other substances commonly encountered during vehicle operation and service. For professional installation, inspect related brake components and follow the vehicle manufacturer’s recommended service procedures.
Features are focused on dependable service life and practical installation performance. The DFC brand provides a direct replacement solution for the specified Audi S3 application, helping restore the supporting hardware used in the rear brake assembly. This product may contain chemicals known to the State of California to cause cancer or reproductive harm under Proposition 65.

Features:

  • Low coefficient of friction for smooth component movement
  • Easy assembly and removal for efficient brake service
  • Corrosion resistance for improved durability in automotive environments
  • High heat resistance for demanding braking conditions
  • Chemical resistance against common automotive fluids and contaminants