George Hradil

Title: Innovations by George Hradil in Electroplating Technologies

Introduction

George Hradil, an accomplished inventor based in Barrington, Rhode Island, has made significant contributions to the field of electroplating technologies. With three patents to his name, Hradil's work focuses on improving the efficiency and effectiveness of electroplating processes, particularly with tin and tin-silver alloys.

Latest Patents

Among his latest patents is an innovation titled "Electrolyte composition, method, and improved apparatus for high speed tin-silver electroplating." This invention provides a comprehensive solution for electroplating tin-silver alloys at high speed without the issue of burning. The composition is formulated as an aqueous acidic solution containing salts of stannous tin and a monovalent silver, along with a complexing agent from a specified group. Additionally, it incorporates a sulfonic acid and a surfactant to enhance the engaging properties of the electroplating process.

Another remarkable patent by Hradil is focused on "Electroplating solution for gold-tin eutectic alloy." This invention describes an electrolyte specifically designed for depositing a gold-tin alloy on electroplatable substrates. The solution is composed of water, stannous and/or stannic tin ions, and complexed gold ions, among other ingredients. It aims to stabilize the composition of the gold-tin deposit over a range of current densities while ensuring a balanced pH level.

Career Highlights

George Hradil is currently associated with Technic, Inc., where he utilizes his expertise to drive innovation in electroplating solutions. His dedication to enhancing electroplating methods has enabled Technic, Inc. to showcase cutting-edge technologies in the field, effectively meeting the demands of modern manufacturing.

Collaborations

Hradil collaborates closely with colleagues, including Hana Marcella Hradil and Edward Frank Hradil, contributing to a synergistic work environment. These collaborations promote creative problem-solving and foster advancements in patentable technologies surrounding electroplating processes.

Conclusion

George Hradil's innovations provide significant advancements in the field of electroplating, particularly in the application of tin and gold-tin alloys. His patents not only illustrate his technical proficiency but also highlight the potential for increased efficiency in manufacturing processes. As he continues to explore new ideas, Hradil is poised to make further notable contributions to the world of electroplating technology.