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Trusty-Cook Inc is a Indianapolis, IN-based company in the Manufacturing sector.
CDF is a global leader in semi-rigid and flexible liquid packaging for the chemical, petrochemical, cosmetic, food and beverage and industrial markets. With production facilities in the United States and Sweeden and manufacturing alliances in Europe and Asia, CDF`s customer base now extends over six continents. Innovation, exploration and partnership have been critical to CDF`s success in the world market. Because we are entrepreneurs, CDF operates in a fast-paced, can do environment. We work collaboratively with our customers to solve systemic packaging problems. What makes CDF unique is our ability to adapt solutions from one industry to meet the needs of another. This synergy broadens the knowledge base across markets and brings added value to our customers. With a commitment to research and development, CDF continues to find ways to make products better, safer, more efficient and environmentally friendly. As a manufacturer, we are meeting the challenge of reducing our own carbon footprint in our production facilities, while simultaneously assisting customers` sustainability efforts with responsible packaging initiatives. CDF Corporation`s manufacturing base is located in Plymouth, Massachusetts. We are proud to be represented by a strong, dedicated distributor network that supports our customer-first commitment.
MMI Engineered Solutions is a Saline, MI-based company in the Manufacturing sector.
Premix is a North Kingsville, OH-based company in the Manufacturing sector.
Siluria Technologies is pioneering the commercial production of fuels and chemicals made from clean, abundant natural gas. Siluria's break-through process technology is believed to be the first commercially viable process to directly convert methane to ethylene, potentially enabling natural gas to replace petroleum as the worldwide basis for drop-in fuels, chemicals and plastics. Siluria's revolutionary catalyst technologies uniquely combine nanomaterials, biotechnology and chemical engineering, to convert an abundant, ubiquitous, and inexpensive feedstock into high value, drop-in fuels and chemicals using processes that can be seamlessly integrated into existing industry infrastructure.