Air springs ensure excellent structure-borne sound insulation

Suspension systems using air springs such as those from G+H Noise Control’s LFG range, provide highly effective vibration isolation and structure-borne sound insulation. By using pneumatic spring bearings as vibration-isolated supports for machines and plant, the transfer of impact-type and periodic forces can be substantially reduced.

Air springs from the LFG range significantly reduce the transfer of impact-type and periodic forces. With these air springs, G+H Noise Control offers its customers numerous advantages with regard to sound protection, such as a practically constant natural frequency (regardless of the loading), variable horizontal spring characteristics over a wide range, and excellent insulation of structure-borne sound. These characteristics make the air springs ideal for use as vibration-isolated bearings for test rigs, for example.

The design and properties of the air springs

The air springs comprise a cover plate and piston made of cast aluminum, and a rolling lobe air spring with a molded-in wire belt. The LFG range is also notable for its operating temperature range of -40°C to +70°C, its resistance to oil-contaminated compressed air, chemically non-aggressive dust and dirt, and alkaline and acidic cleaning agents. On top of this, the air springs are resistant to weathering. With the optional additional volume, a vertical natural frequency as low as 0.7 Hz and adjustable vertical natural frequencies are also possible. The additional volume also increases the damping effect. A mechanical or electronic height regulation system is used to ensure that the height remains constant despite fluctuating loads.

 
LOCATION FINDER
Via the search function, you can look for our experts in your area – either via area of expertise or via post code.
Choose an area of expertise
Choose an area of expertise no results
Contact
name
company
street
city
TEL.: phone

Use of Cookies

Cookies are necessary for the correct functioning of websites. To ensure that you have a pleasant experience on our website, we use cookies for storing your login data, collecting statistical data to optimize website functions and improving the overall user experience. To make full use of all the website’s functions, please agree to our cookie policy.

For further information on our use of cookies, please refer to our cookie guidelines in item 4 of our data protection declaration.
   

AgreeDecline