NON-MAGNETIC FEELER GAUGE SET - Kastar

The Kastar KH2300A Non-Magnetic Feeler Gauge Set is a professional-grade instrument engineered for precision clearance measurements in automotive and industrial applications where magnetic interference or surface damage must be avoided. This essential tool allows technicians and mechanics to accurately gauge small gaps and tolerances, ensuring optimal performance and reliable adjustments in sensitive systems. Its specialized construction makes it an indispensable addition to any professional toolkit.

Key Features

• Non-Magnetic Brass Blades: The set features six brass blades, specifically chosen for their non-magnetic properties, which prevent interference in electronic ignition systems and other magnetic environments.
• Precision Thicknesses: Includes a critical range of blade thicknesses: .006, .008, .010, .012, .014, and .016 inches, permanently etched for clear identification.
• Durable Construction: Built to withstand the rigors of professional use, these gauges offer consistent accuracy and long-term reliability in demanding workshop conditions.
• Prevents Surface Marring: The softer brass material of the blades helps to prevent scratching or marring delicate surfaces or soft metal alloys during measurement.
• Organized and Protected: The blades are securely held in a fan arrangement within a sturdy holder, facilitating easy selection and storage while protecting the precision edges.

Applications

This non-magnetic feeler gauge set is crucial for accurate clearance checks in a variety of professional settings. It is particularly valuable for setting valve lash, adjusting spark plug gaps, and checking bearing clearances, especially in situations involving sensitive electronics or non-ferrous components. The non-magnetic nature makes it ideal for use in electronic ignition distributors to check and set the clearance between the reluctor and pickup coil. Furthermore, these gauges are suitable for precision assembly, machine setup, and maintenance work across automotive, aerospace, and specialized industrial sectors where material compatibility and measurement accuracy are paramount.