Fabreeka 150mm Anti-Vibration Pad 2311155 8000psi 150 x 150 x 13mm 13mm
Technical documents
Specifications
Brand
FabreekaAnti Vibration Pad Type
Anti-Vibration Bearing Pad
Load Rating
8000psi
Thickness
13mm
Size
150 x 150 x 13mm
Length
150mm
Width
150mm
Product details
SA-47 Bearing Pads
Fabreeka SA-47 Bearing Pads are suitable for use where non-parallel load bearing surfaces may be accommodated between structural elements, and also offer vibration and shock isolation properties in structural applications. SA-47 Bearing Pads are manufactured from masticated rubber and include additional synthetic fibres for reinforcement. The bearing pads offer a compressive load that is twice that of neoprene or nitrile products.
SA-47 Bearing Pads enable loads to be distributed evenly between structural elements. They also reduce the electrolytic action between dissimilar metals and will also accommodate small rotational forces.
₪ 203.90
₪ 203.90 1 Bag of 4 (ex VAT)
₪ 238.56
₪ 238.56 1 Bag of 4 (inc. VAT)
1
₪ 203.90
₪ 203.90 1 Bag of 4 (ex VAT)
₪ 238.56
₪ 238.56 1 Bag of 4 (inc. VAT)
Stock information temporarily unavailable.
1
Stock information temporarily unavailable.
| quantity | Unit price |
|---|---|
| 1 - 4 | ₪ 203.90 |
| 5 - 9 | ₪ 201.02 |
| 10+ | ₪ 197.90 |
Technical documents
Specifications
Brand
FabreekaAnti Vibration Pad Type
Anti-Vibration Bearing Pad
Load Rating
8000psi
Thickness
13mm
Size
150 x 150 x 13mm
Length
150mm
Width
150mm
Product details
SA-47 Bearing Pads
Fabreeka SA-47 Bearing Pads are suitable for use where non-parallel load bearing surfaces may be accommodated between structural elements, and also offer vibration and shock isolation properties in structural applications. SA-47 Bearing Pads are manufactured from masticated rubber and include additional synthetic fibres for reinforcement. The bearing pads offer a compressive load that is twice that of neoprene or nitrile products.
SA-47 Bearing Pads enable loads to be distributed evenly between structural elements. They also reduce the electrolytic action between dissimilar metals and will also accommodate small rotational forces.