
Our systems assist operators in protecting equipment operation, structural integrity, and operational stability in applications where there is constant movement, variable loading, and adverse operating conditions.
We have a Marine and Offshore series of rubber and combined rubber-and-spring mountings designed to fit as marine engine mounts or ship engine mounts in a broad range of onboard systems. These are intended to manage both vibration and shock transmission in naval, offshore, military, and commercial applications, where efficient isolation is paramount to operating efficiency and equipment life.
For decades, Christie & Grey has specialised in the flexible mounting of equipment on ships and mobile marine platforms. In the process, we have gained substantial experience in the isolation of diesel propulsion motors, generator units, exhaust systems, compressors, pumps, deckhouses, accommodation units, and shipboard electrical and electronic equipment. We also serve propulsion systems, ancillary machinery, sensitive onboard equipment, and outboard shock-mounted applications. Our solutions have been deployed across naval and military vessels, research and commercial fleets, offshore oil and gas installations, and superyachts and megayachts. Each project is backed by detailed engineering analysis to guarantee that the selected isolation system operates effectively within real marine operating environments.
Yes. Our solutions are used across naval, military, commercial, offshore, and specialist marine applications.
Yes. We have extensive experience delivering multi-system solutions for large offshore installations operating in extreme environments.
Yes. Each project is supported by extensive engineering analysis to ensure the isolation system performs effectively in real operating conditions.
We have solutions for propulsion engines, generator sets, pumps, compressors, exhaust systems, accommodation modules, deck structures, and sensitive electrical and electronic equipment.
Effective isolation helps protect structural integrity, reduce noise and fatigue, and extend the service life of onboard machinery operating under constant motion and dynamic loading.