
NM01FG3572-1Q
Circle Systems Mi-Glow 778s-RTU is a high-quality, water-based, ready-to-use fluorescent magnetic particle suspension designed for wet method magnetic particle inspection (MPI). This product contains finely divided fluorescent magnetic particles suspended in a water-based carrier, providing excellent flaw detection capabilities under ultraviolet (UV) light. Supplied in a convenient 1-quart bottle, Mi-Glow 778s-RTU ensures efficient and reliable inspections for a variety of nondestructive testing (NDT) applications.
Key Features and Benefits:
Ready-to-Use (RTU) Formulation:
Eliminates the need for mixing or dilution, ensuring consistent particle concentration and application.
Saves time and reduces the risk of errors during preparation.
Fluorescent Particles:
Provides bright, easily visible indications under UV light, enhancing flaw detection.
Ensures clear and reliable inspection results.
Water-Based Carrier:
Offers a safer and more environmentally friendly alternative to oil-based suspensions.
Simplifies cleanup and reduces disposal concerns.
Fine Particle Size:
Finely divided particles ensure uniform application and sensitive detection of flaws.
Allows for the detection of very fine surface defects.
Consistent Performance:
Formulated to provide consistent and reliable performance, ensuring accurate inspection results.
Manufactured to high quality standards.
Convenient Packaging:
Supplied in a 1-quart bottle, offering a convenient and efficient solution for various inspection needs.
Easy storage.
Circle Systems Quality:
Manufactured by Circle Systems, a trusted provider of NDT products, ensuring high quality and consistent performance.
Applications:
Welding Inspection:
Detecting cracks and other discontinuities in weld zones.
Manufacturing Quality Control:
Ensuring the integrity of manufactured components.
Aerospace Industry:
Inspecting critical aircraft components for flaws.
Automotive Industry:
Conducting quality control inspections on automotive parts.
General NDT:
Any application requiring the detection of surface and near-surface flaws in ferromagnetic materials using wet method MPI.