Magnaflux 14A Fluorescent Particles

Magnaflux 14A Wet Method Fluorescent Magnetic Particles

Discover the power of highly sensitive magnetic particle powder with our 14A fluorescent mag particles, expertly designed to detect fine discontinuities in critical applications and parts. With strong fluorescent properties, these particles are crafted with an optimized range of sizes and shapes, ensuring swift movement toward indications while minimizing background noise and clumping. This leads to faster inspections, enhanced reliability, and greater confidence in your results.

Ideal for inspecting machined and welded components, these particles excel in post-processing evaluations and critical in-service inspections. They effectively test smooth surface finishes to uncover inclusions, seams, shrink cracks, tears, laps, flakes, and other defects.

Our 14A particles comply with all major industry and NDT specification requirements, including those set by Aerospace, ASTM, and ISO 9934 standards.

Benefits

Increases indication detection

• Utilize the highly sensitive, strong ferromagnetic 14A particles to identify smaller, finer indications in critical applications.
• Optimized particle size and shape facilitate free movement and adherence to a wide variety of discontinuities, reducing clumping.

Minimizes inspection time

• Experience quick formation of clear, bright fluorescent indications thanks to the highly mobile particles.
• Reduced background fluorescence allows indications to stand out, enabling inspectors to spend less time on each part.

Improves inspection consistency and reliability

• Maintain magnetic particle system performance over extended periods with our durable, easily-dispersed 14A particles.
• Minimized particle clumping ensures consistent particle concentration in the suspension bath for reliable inspections.

Features

• Can be suspended in water or petroleum distillate (oil) vehicle
• High sensitivity
• Excellent fluorescent contrast
• Outstanding particle mobility
• Optimized particle size and shape distribution
• Durable particles
• Easily dispersed
• Available in various formats