At Ethox, community involvement is more than just a responsibility—it’s a core value that drives everything we do. We believe in creating meaningful connections and making a positive impact on the lives of those around us. Through volunteering, sponsorships, and financial contributions, we are proud to support the people and organizations that make Greenville a vibrant and thriving community. ​

When companies need reliable manufacturing support for specialized chemistries, they often turn to Ethox Chemicals with a technology package in hand. Whether you’re looking to scale production, de-risk your supply chain, or outsource an existing process, our toll manufacturing services are designed to deliver precision, confidentiality, and scalability.

When a formulation works – but could work better – Ethox Chemicals is ready to help. We often collaborate with customers seeking to modify an existing product to improve its performance in a targeted application. Whether the goal is enhanced dispersion, improved emulsification, or greater compatibility with substrates, we provide the expertise and flexibility to deliver.

A unique set of ingredients are used when developing personal care products because they are designed to interact directly with skin and hair and require excellent stability and preservation. These ingredients—such as surfactants, emollients, humectants, preservatives, and sometimes fragrance components—are distinct from those found in other product categories.

When a trusted product is discontinued, it can disrupt operations and create urgent sourcing challenges. At Ethox Chemicals, we specialize in reverse engineering discontinued chemical products, helping our customers seamlessly transition to reliable, custom-developed alternatives.

In oil and gas operations, flowback potential refers to the amount of fluid, including fracturing fluids, water, and hydrocarbons, that returns to the surface after hydraulic fracturing (fracking) is completed. It's a critical aspect of the well's production process, as it dictates how efficiently the well can be cleaned and brought into normal production.