NM01FG3302

The Circle Systems Mi-Glow 418 is a high-performance, water-based fluorescent magnetic particle powder designed for the wet method of magnetic particle inspection (MPI). This 15 kg pail contains a carefully balanced blend of Mi-Glow 800 and Mi-Glow 920 fluorescent yellow-green particles, expertly premixed with Wetting Agent 34. This formulation ensures optimal suspension in water and superior wetting of the test surface, leading to exceptional detection of fine to medium surface and near-surface discontinuities in ferromagnetic materials when viewed under UV-A (black) light.

Mi-Glow 418's water-based nature offers a cost-effective and often more environmentally conscious alternative to oil-based suspensions. The included Wetting Agent 34 eliminates the need for separate additives, ensuring consistent and reliable particle dispersion for uniform coverage and dependable flaw indication. The bright, consistent fluorescence of the Mi-Glow particles provides excellent contrast, making even subtle defects readily visible with minimal background interference. This product is ideal for a wide array of applications, including the inspection of welds, castings, forgings, and machined components.

Key Selling Points:

• Water-Based Efficiency: Designed for use in water, providing an economical and often environmentally friendly inspection solution.

• Premixed Convenience: Contains Wetting Agent 34 for optimal particle suspension and surface wetting right out of the pail.

• High-Sensitivity Fluorescence: Combines Mi-Glow 800 and 920 particles for bright, easily visible indications of fine flaws.

• Uniform Particle Dispersion: Ensures consistent coverage and reliable results across the inspected area.

• Substantial 15 kg Pail: Offers an ample supply for medium to high volume inspection processes.

• Meets Industry Standards: Manufactured to comply with relevant industry specifications (e.g., AMS 3044).

Benefits:

• Effective Flaw Detection: Bright fluorescent indications under UV-A light ensure clear identification of surface and near-surface defects.

• Economical Operation: Water-based systems typically offer lower running costs compared to oil-based alternatives.

• Optimized Particle Performance: The premixed wetting agent guarantees proper suspension and surface contact for reliable inspections.

• Versatile Application: Suitable for a broad range of ferrous components and MPI processes.

• Consistent and Dependable Results: High-quality particles and optimized suspension contribute to reliable flaw detection.

  
  

Applications:

• Wet method fluorescent MPI for inspecting welds, castings, forgings, and machined parts.

• High volume inspection processes where water-based systems are preferred for cost or environmental reasons.

• Applications requiring high sensitivity fluorescent MPI to detect fine discontinuities.

• Use in both automated and manual MPI systems.