Company Filing History:
Years Active: 1981-1984
Title: Innovations by Adolf Mlot-Fijalkowski: A Pioneer in Non-Destructive Testing
Introduction
Adolf Mlot-Fijalkowski, based in Lincolnwood, IL, is an inventive force known for his significant contributions to non-destructive testing methodologies. With a total of four patents to his name, he has focused on enhancing the inspection processes for magnetizable workpieces such as steel billets, showcasing his expertise in industrial advancements.
Latest Patents
Mlot-Fijalkowski's latest innovations include two noteworthy patents that reflect his commitment to improving inspection techniques. The first is a "Method for inspecting steel billets with a dry mixture of magnetic." This invention employs a dry dispersion of ferromagnetic particles combined with a fluorescent pigment and a water-soluble carrier. When applied to a magnetized workpiece, these particles cluster at surface imperfections, allowing for a clear representation of flaws. The use of an aqueous spray activates the water-soluble carrier, ensuring that indications remain firmly attached for subsequent inspection under ultraviolet light.
The second patent is the "Dual-purpose penetrant system." This invention introduces a method for detecting workpiece flaws with white or ultraviolet light. It uses a penetrant solution containing a rhodamine dye, allowing for detection of flaws under both visible and ultraviolet lighting. The unique developer applied post-inspection enhances the clarity of indications, making this method a versatile tool for quality assurance in manufacturing.
Career Highlights
Mlot-Fijalkowski has established himself as a key innovator at Magnaflux Corporation, where his work continues to influence the field of non-destructive testing. His patents not only reflect his personal ingenuity but also contribute to the ongoing advancement of quality control methodologies within the manufacturing industry.
Collaborations
Throughout his career, Mlot-Fijalkowski has worked alongside esteemed colleagues such as Paul K. Borrows and Kenneth P. Borrows. These collaborations have fostered a creative environment that has led to the development of groundbreaking inspection technologies.
Conclusion
Adolf Mlot-Fijalkowski's pioneering patents have made a lasting impact in the field of non-destructive testing. His innovative techniques enable effective flaw detection in steel billets, enhancing safety and quality in manufacturing processes. As he continues to contribute to the industry, Mlot-Fijalkowski stands as an example of creativity and dedication in the realm of invention.