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Fuel System Cleaner Basic Adaptor Kit 08829 - 3M Automotive

Part #: 8829

The 3M Automotive Fuel System Cleaner Basic Adaptor Kit 08829 provides professional technicians with a specialized selection of adaptors for comprehensive fuel system maintenance. Engineered for universal application across a wide range of gasoline fuel-injected vehicles, this kit facilitates efficient and thorough cleaning procedures. It integrates seamlessly with 3M's professional fuel system and injector cleaning solutions to help restore optimal engine performance.

Key Features

  • Broad Compatibility: Features a targeted selection of non-vehicle-specific adaptors, ensuring wide applicability across diverse gasoline fuel-injected systems.
  • Integrated System Design: Engineered for direct compatibility with 3M Fuel System Cleaner (PNs 8913 or 8955) and 3M Fuel Injector Cleaner (PNs 8912 or 8956) for a complete cleaning solution.
  • Pressure Monitoring: Includes a 0-100 PSI pressure gauge, allowing technicians to accurately monitor system performance and pressure during service.
  • Secure Connection: Equipped with a 3M Cleaner Hose featuring a Tab-Lock Quick Connect mechanism for reliable and efficient attachment to vehicle fuel systems.
  • Organized Storage: Housed in a durable, hinged plastic storage case, protecting components and maintaining organization within a demanding shop environment.

Applications

This adaptor kit is a foundational tool for professional mechanics and automotive technicians performing routine maintenance, diagnostic work, and comprehensive cleaning services on gasoline fuel-injected engines. It enables shops to efficiently connect to vehicle fuel systems, facilitating the precise application of 3M cleaning products to restore fuel efficiency and optimize engine performance. For technicians providing a thorough "3M fuel system tune up kit" service, this kit is an integral component for delivering professional-grade results.

Recommended Alternatives

This product was added to our catalog on Wednesday 31 January, 2007.