Dale R Greve

Title: **Dale R. Greve: Innovator in Fiberboard and Metal Casting Technologies**

Introduction

Dale R. Greve, an accomplished inventor based in Beaverton, OR, has made significant contributions to the fields of building materials and metal casting. With a portfolio of five patents, her innovative solutions have transformed conventional manufacturing processes, enhancing efficiency and product quality.

Latest Patents

Among her latest inventions, Dale has developed a patent for **Continuous Processing Equipment for Making Fiberboard**. This groundbreaking technology features a complete manufacturing line that efficiently prepares gypsum fiberboard. The process includes the admixing of hydratable gypsum, paper, and water to create a homogenous slurry, which is then dewatered to form a continuous wet web. The subsequent stages involve pressing, cutting, and curing, ultimately producing gypsum-dihydrate-containing fiberboards.

Additionally, she has pioneered the invention of **Fiber Reinforced Plaster Molds for Metal Casting**. This innovation enhances the preparation of plaster molds used for casting nonferrous metals by employing a unique composition of particulate calcium sulfate molding plaster mixed with insoluble calcium sulfate anhydrite whisker fibers. This process results in improved mold durability and casting precision.

Career Highlights

Dale R. Greve's career is marked by her affiliation with Georgia-Pacific Corporation, where she has applied her expertise in developing innovative manufacturing solutions. Her technical acumen and dedication to advancing industry practices have made her a valuable asset to the organization.

Collaborations

Throughout her career, Dale has collaborated with notable coworkers such as Turner W. Richards and Charles W. Lehnert. These partnerships have fostered a creative environment that encourages the exchange of ideas and the development of groundbreaking technologies in their respective fields.

Conclusion

Dale R. Greve stands out as a prominent inventor within the manufacturing sector, with her patented technologies reflecting her commitment to innovation and efficiency. As she continues to develop new solutions, her contributions will likely influence industry practices for years to come.