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At ITT, we have a clear vision of where the world’s key industries are heading and how we can help them get there. We continually build on that expertise by strengthening our foundation as a focused multi-industrial company while further developing the capabilities that will help us continue to solve our customers’ most critical problems. Today, we are a leading manufacturer of highly engineered, critical components and customized technology solutions for the energy, transportation and industrial markets. Our portfolio has strength and durability, balance and diversity. Our businesses are aligned with global growth drivers – urbanization, a growing middle class and sustainable development – and our products provide solutions for customers in key end markets that underpin our modern way of life. Our work is made possible by the talent and innovative thinking of our more than 9,400 committed employees in more than 35 countries. Together, they serve customers in well over 100 countries and are outstanding ambassadors for our long-standing brands – including Goulds pumps, Cannon connectors, KONI shock absorbers and Enidine energy absorption components, to name a few – that are recognized and trusted globally. Thanks to the contributions of our people, ITT is positioned for further growth and success in the years ahead. We are making the right moves today and investing in the capabilities to ensure the ITT legacy extends and expands far into the future.
D&P Instruments specializes is a Simsbury, CT-based company in the Manufacturing sector.
Ball Aerospace & Technologies Corp. engages in the design and implementation of spacecraft, instruments and sensors, components, data exploitation systems, and radio frequency solutions for strategic, tactical, and scientific applications. Its products include satellites and spacecraft, space-based instruments and sensors, tactical instruments and sensors, antennas and microwave systems, and aerospace technology and components. The company also provides engineering services, including prototyping, system design, and software development for ground, airborne, and space systems. It serves the government and commercial aerospace markets. The company was founded in 1956 and is based in Boulder, Colorado. Ball Aerospace & Technologies Corp. is a subsidiary of Ball Corporation, which is headquartered in Broomfield, CO.
Founded in 2000, ATS is a leading language and intelligence analysis services company supporting a wide range of U.S. Federal agencies. In 2013, ATS restructured to become an Employee Stock Ownership Plan (ESOP) company. We see this as a significant strength and it shows: ATS is persistently ranked as a top workplace among DC area firms and continues to grow. We are experts in providing integrated intelligence solutions comprising highly-qualified personnel, leading technologies for data collection, visualization, and language processing, and secure and effective exploitation practices. Our company provides support to the U.S. Government in over 100 languages
4M Carbon Fiber Corp. ("4M"), a Knoxville, Tennessee-based carbon-fiber technology company holds the exclusive rights to commercialize atmospheric plasma oxidation for the production of carbon fiber that was co-developed with Oak Ridge National Laboratory and RMX Technologies. 4M completed a reverse merger in 2017 with Woodland Holdings Corp., an SEC reporting company ("Woodland" or the "Company") to position itself as a public entity. 4M became a wholly-owned subsidiary of Woodland, through which Woodland will conduct its business operations. The company expects to complete a Reg A+ filing and be trading in 2018. 4M recently determined that the best way to extract the economic and technical value from the technology is to build production lines using the technology and sell fiber. The technology has been proven to use 75% less energy, produce a high-quality fiber, and use 1/3 footprint for the same production capacity. These claims have been validated by multiple international carbon fiber producers. The company is in discussions with several of the world`s largest carbon fiber makers and a billion dollar per year international energy savings performance company to build five production lines in the next 5 years using the technology. The use of this technology is expected to reduce the cost of carbon fiber by 20%. The use of this technology is expected to reduce the cost of carbon fiber by a conservative 25%. “The process is so efficient that it can reduce the processing time from 80 to 120 minutes to 20 to 30 minutes and uses 75% less energy than conventional oxidation ovens. In addition, plasma oxidation ovens are one-third the length of thermal ovens with the same throughput, which could enable smaller production facilities. Because of these advantages, plasma oxidation has the potential of reducing the cost of manufacturing carbon fiber by approximately 30%,” according to a recent article published by the US Department of Energy.