Location History:
- West Bloomfield, MI (US) (1978 - 1980)
- Brick Township, Ocean County, NJ (US) (1980 - 1984)
- Brick, NJ (US) (1984 - 1988)
Company Filing History:
Years Active: 1978-1988
Title: The Innovative Journey of Hyman Chessin
Introduction
Hyman Chessin, a notable inventor based in Brick, New Jersey, has made significant contributions to the field of electroplating. With a robust portfolio of 12 patents, he has developed techniques that enhance the quality and efficiency of chromium electrodeposition. His innovations are crucial in the advancement of industrial applications, providing solutions that are both effective and practical.
Latest Patents
Among Hyman's notable patents, two stand out for their unique methodologies. The first patent outlines a method of electroplating an adherent chromium electrodeposit on a chromium substrate. This innovative process involves chemically oxidizing the substrate prior to the deposition, utilizing a dilute acid solution such as oxalic or citric acid. This technique not only improves adhesion but is applicable to various chromium electroplating baths, including high energy efficient baths like HEEF-40.
The second patent presents a two-step electrolytic activation process for chromium electrodeposition. This involves an anodic treatment in a polarizing solution, followed by a cathodic treatment in an electrolyte solution. This process is particularly beneficial for cast iron substrates, allowing for the electrodeposition of chromium that is bright, smooth, hard, and adherent, especially from high energy efficient baths.
Career Highlights
Hyman Chessin has dedicated much of his career to innovations in electroplating, working primarily with M&T Chemicals, Inc. His expertise in chemical engineering and materials science has facilitated the development of advanced techniques that are now utilized in commercial applications, enhancing the reliability and performance of chromium coatings.
Collaborations
Throughout his career, Hyman has collaborated with distinguished colleagues such as Warren H. McMullen and Allen R. Jones. These partnerships have enabled cross-disciplinary innovations, further advancing methodologies in electroplating and contributing to the field's body of knowledge.
Conclusion
Hyman Chessin's contributions to electroplating technology underscore the importance of innovation in industrial applications. With a track record of effective patents and collaborative work, he continues to influence the way chromium is utilized in various sectors. His latest developments demonstrate an ongoing commitment to enhancing electroplating processes, solidifying his legacy as a significant inventor in this field.