DuPont Semiconductor Technologies Plans Glasgow, Delaware, Operations

DuPont Semiconductor Applied sciences, a division of DuPont Electronics & Industrial, will set up operations in Glasgow, Delaware. The $50 million undertaking is predicted to create 10 jobs.

The brand new 385,000-square-foot facility will doubtless be the primary constructing in a 1-million-square-foot logistics park deliberate close to Route 896 and Outdated Cooch’s Bridge Highway.

“DuPont supplies for chemical mechanical planarization are a necessary a part of the semiconductor provide chain, utilized by prospects around the globe in extremely delicate semiconductor chip fabrication,” mentioned John Singer, vice chairman, Built-in Operations, DuPont Electronics & Industrial. “As we develop to fulfill business development, we’re happy to have recognized a brand new facility close to our present CMP manufacturing operations in Delaware, the place we will proceed to have shut collaboration with our skilled colleagues in operations, engineering, high quality and different interconnected groups.”

State officers accredited grants as much as $1.64 million to assist job development and building of the constructing. The state’s grants embody a capital expenditure grant for building of $1,578,000 and a jobs grant of $65,550 tied to the creation of about 10 positions.

“The DuPont Firm has been a part of Delaware’s DNA for 220 years. With this growth of their semiconductor division, the corporate is exhibiting their dedication to our state and workforce,” added Governor John Carney. “This web site will carry with it a brand new 385,000-square-foot facility and 10 new jobs near its present Newark campus at a time when semiconductors are wanted greater than ever. Thanks to DuPont Electronics & Industrial for persevering with to make Delaware part of the DuPont story.”

DuPont Semiconductor Applied sciences delivers supplies for semiconductor fabrication, packaging and meeting. In Delaware, the Semiconductor Applied sciences staff manufactures supplies utilized in chemical mechanical planarization (CMP), a step in fashionable semiconductor fabrication processes.