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Silicones Improving Energy Efficiency and Facilitating a Transition to a Carbon Neutral Economy 

Silicone is a generic term referring to a class of synthetic polymers that are based on a framework of alternating silicon and oxygen (siloxane) bonds with at least one organic group attached to the silicon atom via a direct carbon-silicon bond. The Si-O backbone engenders the unique physical and chemical properties of silicones. Silicones can be made to resist moisture, chemicals, heat, cold, and ultraviolet radiation. Silicones display a host of unique properties that can lubricate, seal, bond, release, defoam, spread, and encapsulate. Because of these and other properties, silicone polymers are utilized in thousands of products in applications such as construction, consumer products, electronics, energy, healthcare, and transportation. The use of silicones reduces primary energy demand and facilitates the transition to renewable energy.

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American Chemistry Council

The American Chemistry Council’s mission is to advocate for the people, policy, and products of chemistry that make the United States the global leader in innovation and manufacturing. To achieve this, we: Champion science-based policy solutions across all levels of government; Drive continuous performance improvement to protect employees and communities through Responsible Care®; Foster the development of sustainability practices throughout ACC member companies; and Communicate authentically with communities about challenges and solutions for a safer, healthier and more sustainable way of life. Our vision is a world made better by chemistry, where people live happier, healthier, and more prosperous lives, safely and sustainably—for generations to come.