Anti-vibration metal buffers
STS anti-vibration buffer TN110R red M12 max. 505kg
Icon. Image similar to product.
Description
The specially shaped rubber body makes the TW and TN elements especially good at absorbing compressive and tensile stresses and provides good vertical flexibility with horizontal stability. The unique design and state of the art production methods make the TW and TN elements extremely high ...
The specially shaped rubber body makes the TW and TN elements especially good at absorbing compressive and tensile stresses and provides good vertical flexibility with horizontal stability. The unique design and state of the art production methods make the TW and TN elements extremely high performance vibration damping products.
Features
- The rubber cross-section is effectively used to absorb a combination of compressive and shear forces
- Corrosion protection against damaging environmental influences when using water and oil (free from chrome-6)
- High resistance to tensile forces without deformation to the tough base plate
- Fitted ...
- The rubber cross-section is effectively used to absorb a combination of compressive and shear forces
- Corrosion protection against damaging environmental influences when using water and oil (free from chrome-6)
- High resistance to tensile forces without deformation to the tough base plate
- Fitted with break away protection (up to 6 g) as standard and therefore suitable for transportation
- The standard versions of the elements are suitable for temperatures from -30 °C to +70 °C
- The tilt properties are especially advantageous - they can even out uneven floors to approx. 7°
- The curved shape of the cover also protects against oil contamination and provides limited UV protection
Technical data
General information
Construction
Schwingmetallpuffer
Type
TN110R Rot M12
Pressure
Load
505 kg
Weight
Weight net
0,79 kg
Technical modifications reserved. Product images may differ from the actual product and are meant for demonstration purposes only. Absolutely no liability can be assumed for possible indication errors and errors in the manufacturers’ information.
Loading