
Our systems are built to manage vibration at the source, safeguard equipment, and maintain long-term operational performance across a wide range of industrial applications.
Different equipment produces different vibration challenges, and treating them the same often leads to poor results. Christie & Grey’s industrial solutions are organised by application, making it easier to select the correct isolation approach from the outset.
Without proper isolation, vibration from industrial machinery such as fans, pumps, centrifuges, compressors, and power generation equipment can be transmitted into nearby structures. This may lead to noise issues, unnecessary wear, and unplanned downtime. Christie & Grey’s industrial solutions aim to minimise vibration before it reaches floors, frames, and surrounding systems, helping ensure operations remain stable, safe, and efficient over the long term.
Christie & Grey offers expert vibration and shock isolation solutions across a variety of application areas. These industrial vibration isolators are designed to meet the specific requirements of the environments in which they are used. Each product range is developed to enhance reliability, safeguard equipment, and support long-term performance. Where project requirements extend beyond industrial applications, additional solution categories are available, including marine propulsion, auxiliary machinery, exhaust systems, structural isolation, and more. All categories reflect the same engineering-led approach and established technical experience, delivering isolation solutions that integrate seamlessly into real-world applications.
Yes. They are engineered to be durable, predictable, and reliable under sustained and demanding operating conditions.
Yes. They can be applied to new installations as well as retrofit projects, often with minimal disruption to ongoing operations.
Solutions are selected based on load, vibration characteristics, mounting arrangements, and the actual operating environment to ensure effective performance
They are used on fans, pumps, compressors, generators, chillers, and other continuously operating industrial equipment across a wide range of facilities.
It limits vibration transmission into surrounding structures, helps reduce noise, minimises wear, and lowers the risk of unplanned downtime over time.