Sustainable Advantage Markets seek greener alternatives to petroleum-based polymers. Empower Materials’ QPAC poly(alkylene carbonate) copolymers derived from CO2 present a compelling value proposition for customers aiming to reduce carbon footprint and emissions in binder applications, ceramics processing, and MEMS structures.

High Growth Target The company describes itself as technology based and high growth. This suggests strong potential for expanding with customers who require advanced binders and specialty polymers, including those in ceramics, glass sealing, thick film pastes, and composite manufacturing.

CO2-Based Chemistry QPAC polymers are produced via CO2 copolymerization with epoxides, offering an environmental and potentially cost-competitive alternative. Sales opportunities exist with firms prioritizing sustainable feedstocks, government-regulated programs, or green procurement policies.

Low-Temp Decomposition QPAC decomposes at lower temperatures with low residue and clean emissions, delivering green strength. This can be a key differentiator for customers needing clean process integration, reduced post-processing steps, or improved yield in binder-based systems.

Global Distribution Though headquartered in New Castle, Delaware, Empower Materials supports customers through independent distributors worldwide. There may be opportunities to partner with regional distributors or target end markets in electronics, ceramics, and metal paste sectors across multiple geographies.