Acrylonitrile is an incredibly versatile organic compound with an endless list of uses that facilitate applications to improve everyday life and develop sustainable energy. Cornerstone’s coveted acrylonitrile is uniquely pure because of process controls and additional filtration to remove undesirable impurities, rendering Cornerstone the second-largest global acrylonitrile producer. The molecule is compound and its byproducts are used to manufacture hard plastics, acrylic and carbon fibers, synthetic rubbers, wind turbine blades and solar battery panels, pharmaceuticals and medical treatments, and products that help improve fuel performance and reduce emissions, making it a compound that touches almost every facet of modern civilization.
Cornerstone produces acrylonitrile that sets the industry standard for purity and performance. Our 800-acre facility, Cornerstone Energy Park, is outfitted with advanced technology dedicated to acrylonitrile's efficient, eco-friendly, and safe production. We maintain the highest level of operational excellence by leveraging a broad spectrum of raw materials, including propylene, ammonia, and natural gas. The integrated process stream on-site plays a crucial role in acrylonitrile production, guaranteeing uniform quality and dependability while also prioritizing sustainability and safety in every aspect of our operations.
Carbon fibers created with acrylonitrile produced by Cornerstone are indispensable in creating materials that are strong, lightweight, and resistant to chemicals and heat. These carbon fibers are five times lighter than steel, yet just as strong, which is a major contributor to reducing carbon emissions. The lighter and more aerodynamic vehicles and aircraft, the less fuel they use to operate resulting in reduced greenhouse gas emissions.
Cornerstone powers innovation for the U.S. military. Our acrylonitrile extends purposes beyond consumer products to critical sectors of national security. We proudly supply acrylonitrile to America’s largest producer of aerospace-grade carbon fibers, a key component in the production of military aircraft for the U.S. Department of Defense. These carbon fibers comprise the wings of the U.S. military’s F-16 and F-35B fighter jets; components of the largest, heavy-lift cargo helicopter in use by the U.S. military – the Sikorsky CH-53K King Stallion; and innovative tactical transport helicopters like the UH-60 Black Hawk, making them stronger, quieter, and operable in diverse climates, helping to ensure U.S. military dominance in flight for decades to come. This lightweight material enables U.S. Navy ships to carry more aircraft than ever before. The USS America can now hold up to 13 F-35Bs for deployment, the closest the United States Marine Corps and Navy have come to executing the “Lightning Carrier” concept, which would deploy between 16 to 20 F-35Bs on amphibious assault ships.
Synthetic fibers and rubbers made from acrylonitrile have revolutionized tire production in the automotive industry. Car and truck tires now last over 60,000 miles, a significant leap from the 20,000 - 30,000 miles of the past. This not only enhances vehicle safety and performance but also contributes to environmental conservation by reducing the number of tires that end up in landfills. Acrylonitrile-based synthetic rubbers exhibit superior resistance to friction, stretching, and high temperatures, transforming the modern-day automotive industry.
Carbon fiber made with Cornerstone acrylonitrile helps passenger airplanes such as the A350 Airbus use less fuel which reduces emissions and increases range, opening new longer-haul flight routes. Bicycle mainframes produced with acrylonitrile-based carbon fiber are lighter and more aerodynamic, making them perfect for every style of environmentally friendly riding, from the everyday cruiser to competitive racing bikes.
Acrylonitrile-based plastics are essential in the electronics industry. The durability and heat resistance provided by acrylonitrile significantly enhance the quality of modern phones, televisions, radios, and other electronic devices. This chemical compound contributes to the production of devices that are not just lightweight but also exceptionally resilient, capable of enduring daily use without sacrificing performance.
The fashion and textiles industry benefits from acrylonitrile by producing synthetic fibers that make clothing and fabrics more durable. These materials maintain their color and shape for longer periods, offering consumers high-quality options that withstand the test of time. Our acrylonitrile contributes to the development of textiles that combine aesthetics with functionality, meeting the dynamic needs of today's consumers.
Discover the transformative power of acrylonitrile for your products and projects.
With the chemical formula C3H3N, acrylonitrile is a colorless, flammable liquid whose reactivity and ability to form polymers make it an essential monomer in the production of various polymers and copolymers. Produced primarily through the catalytic ammoxidation of propylene — a reaction that combines propylene, ammonia, and molecular oxygen — acrylonitrile is a crucial industrial chemical.
Whether you're innovating in the electronics, aerospace, automotive, or textile industries, our high-quality chemicals are the key ingredient you need to push the boundaries of durability, performance, and sustainability.
Our commitment to excellence extends to the delivery of acrylonitrile. Utilizing a sophisticated logistics network that includes pipelines, trucks, railroads, and a state-of-the-art dock on the Mississippi River, we ensure that our acrylonitrile reaches our customers safely and precisely on schedule. This logistics system is a testament to our dedication to providing outstanding customer service and maintaining operational excellence. By prioritizing reliability and efficiency in our deliveries, we meet our customers' needs with dependability, reinforcing our position as a trusted acrylonitrile supplier.
Contact us today to learn more about how Cornerstone's acrylonitrile can elevate your offerings and set new standards in your field. Let's build the future together — one molecule at a time.
