Based in Scotland, Chemco International functions as a specialized engineering and chemical manufacturing firm dedicated to the long-term preservation of maritime and industrial assets. Established in its current form in 1990, the company traces its technological lineage back to the pioneering development of glassflake polymer technology in the 1960s. Unlike generalist paint suppliers, the organization operates as a niche provider of advanced anti-corrosion systems designed to withstand the most aggressive marine environments, including deep-sea saltwater immersion and chemical exposure.
The company’s core identity is built around solving the logistical and engineering challenges associated with ship maintenance. Traditional maritime coating projects often require drydocking, extensive grit blasting, and strict humidity controls. Chemco addresses these constraints by developing solvent-free, surface-tolerant solutions that can be applied directly to wet, rusting, or poorly prepared steel. This technological focus enables "repair at sea" strategies, allowing shipowners to utilize riding squads or crew members to refurbish critical areas—such as ballast tanks, decks, and cargo holds—while the vessel remains in operation. This approach significantly reduces off-hire time and reliance on costly drydock schedules.
Operationally, the firm serves a global market spanning commercial shipping, offshore oil and gas, naval defense, and the cruise industry. Its solutions are frequently deployed on FPSOs, drilling rigs, and tankers where asset integrity is paramount but operational shutdowns are economically prohibitive. Beyond the hull and tanks, the company provides specialized systems for high-temperature pipework and complex machinery, supported by a network of technical experts who assist with specification and inspection.
In 2018, the company transitioned to a 100% employee-ownership model, a move designed to secure its independence and retain specialized technical knowledge within its headquarters. This governance structure supports a long-term focus on R&D, particularly regarding environmental safety. By eliminating volatile organic compounds (VOCs) from its primary formulations, the firm actively reduces fire hazards and toxicity risks for applicators working in confined spaces. Through this combination of safety-focused engineering and maintenance flexibility, the company supports the maritime industry in extending the lifecycle of steel structures while adhering to increasingly stringent environmental regulations.
