OmniAqua 6 enhances process efficiency by preventing scale buildup, improving water clarity, and stabilizing chemical conditions during manufacturing. Its thermal resistance and versatility make it a powerful solution where purity, safety, and performance are critical. It is non-toxic, non-corrosive, and engineered for versatile deployment across multiple sectors.
The non-toxic and inert nature of OmniAqua 6 ensures safe interaction with processing equipment and water systems, helping to maintain hygiene without compromising product integrity.

OmniAqua 6 offers exceptional stability, reactivity control, and surface activity, making it an ideal solution for a broad range of industries. Its high surface area and molecular architecture enable efficient binding and removal of heavy metals, organic contaminants, and pathogens, all while maintaining environmental safety and system compatibility.
The core technology behind OmniAqua 6 is based on a silicon-oxygen network—SiO6—which forms an ultra-stable molecular lattice. This structure is both chemically and thermally resilient, making it ideal for use in extreme industrial environments. Through proprietary processing methods developed in-house, Hartland R&D is able to control the particle size, surface energy, and dispersion characteristics of OmniAqua 6 to optimize its effectiveness for various end uses.


Founded in Livingston, Texas, Hartland Research & Development is a leader in specialty chemical innovation for industrial markets. Our mission is to provide breakthrough chemical technologies that solve today’s most pressing industrial challenges. Backed by decades of research and a passion for chemistry, we deliver solutions that are both effective and environmentally responsible.
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