Circle Systems Mi-Glow® 920 Fluorescent Magnetic Particle

Mi-Glow® 920 is a high-performance magnetic particle inspection material featuring fluorescent yellow-green particles specifically designed for use in wet method magnetic particle inspections. These particles are intended to be used with CircleSol M™, a refined petroleum distillate, or Circle System's wetting agents formulated for use in water. The Mi-Glow 920 particles are engineered for optimal sensitivity, brightness, and magnetic properties, ensuring reliable and accurate inspection results. When viewed under UV-A lighting, Mi-Glow 920 fluoresces a vivid shade of yellow-green, making it easier to detect and identify discontinuities. This product is designed to provide an exceptional inspection experience by minimizing background interference and preventing particle clumping on the inspection surface. Whether used with CircleSol M or one of Circle System’s wetting agents, Mi-Glow 920 is particularly effective in detecting a wide range of discontinuities, including laps, seams, shrinkage, tears, and inclusions. Its superior performance makes it an indispensable tool for professionals conducting critical inspections. Mi-Glow 920 meets or exceeds the stringent requirements of AMS 3044 and all applicable industry specifications, making it a trusted choice for various industries where precision and reliability are essential. NDT Products Ltd. is proud to represent Circle Systems, Inc.'s magnetic particle inspection products throughout Canada. With over 40 years of experience, Circle Systems has developed a reputation for excellence, utilizing state-of-the-art chemical technologies and best-in-class manufacturing methods. Their broad product line is unmatched in the industry, and they have established themselves as a trusted supplier to some of the most notable manufacturers and non-destructive testing companies around the world. Products like Mi-Glow 920 exemplify Circle Systems' commitment to innovation, quality, and reliability in the field of magnetic particle inspection.