GMT Rubber-Metal-Technic Ltd Shock Protection Solutions and Anti-Vibration Mounts

GMT Rubber-Metal-Technic Ltd is an internationally recognised designer and supplier of rubber-metal anti-vibration mounts and shock-protection products for clients in the naval and marine industries.

A complete design services is provided using techniques that include computer modelling, multi-directional vibration analysis and finite element analysis. These methods are used to create individualised solutions to meet an application’s highly specific needs.

Customers can be assured that GMT products meet their design specifications though the combination of our cutting-edge simulation techniques and physical dynamic testing in our specialist environmental chambers.

Shock protection and anti-vibration mounts

GMT provides a number of solutions that protect from shock and vibration that meet the most demanding international specifications possible in the naval industry, i.e. STANAG, MoD, MIL and BV.

Available products include engine mounts, mine hunting vessels, generators, compressors, torque / drive couplings, exhaust systems, bearings and HVAC mountings.

Vibration and shock protection solutions for naval applications

Products in GMT’s shock vibration protection range are capable of maintaining safe operations even when experiencing overloads. Their success can be largely attributed to their failsafe design and vigorous tests they are subjected to before installation.

Mounts can be manufactured which comply with specific environmental requirements. For example, special protective, corrosion-resistant coatings can be used such as composite finishes, zinc-nickel applications or simple passivation. Alternatively materials can be used which do not require special coatings such as stainless steels and aluminium alloys.

Multi-purpose anti-vibration mounts

GMT offers a variety of multi-purpose mounts that are able to isolate vibrations for use on applications such as containers, cabins, compressors, generators and pumps.

In addition, the height of multi-purpose anti-vibration mounts can be adjusted as required, with internal overload limiters available for portable devices on ships.

High-deflection shock mounts for marine vessels

GMT’s range of high-deflection shock mountings have been specially designed to cut the amount of shock loads experienced by sensitive equipment at sea. High-deflection shock mounts are especially useful for tempering shocks experienced by low-frequency marine equipment.

Thrust mounts, sandwich-type mounts, cable mounts, and spring mounts

Alternative mounting varieties available include sandwich-type, thrust, cable and spring mounts.

GMT mountings meet the standards of authorities such as Lloyds Register of Shipping (LRS) and Det Norske Veritas (DNV). If you need any assistance with a specific application, please use the form on this page to get in touch with your requirements and our technical sales team will be in touch to offer an individualised solution.

Make an enquiry

Follow this company

Follow the company to be always up to date with this company

White Papers

Bushes

A range of sizes is available from existing tooling. Some parts may be available from stock although they are normally manufactured to meet customer requirements.

Address
GMT Rubber-Metal-Technic Ltd

The Sidings

Station Road

Leeds LS20 8BX

Guiseley

Other

United Kingdom

+44 1943 870670 +44 1943 870631 www.gmt.gb.com

GMT Rubber-Metal-Technic Ltd Images

Products and Services

Video

Press Release

Regional Offices

GMT Rubber-Metal-Technic Ltd

The Sidings

Station Road

Leeds LS20 8BX

Guiseley

Other

United Kingdom

+44 1943 870670 +44 1943 870631 www.gmt.gb.com

Contact company

I have read and accept the terms and conditions and privacy policy.
We'd like to keep you informed about relevant promotions, products and services, if you would like not to receive these, check this box.
If you would like to hear from carefully selected third party companies, check this box
Follow this company to receive notifications when they update.