Fabreeka 100mm Anti-Vibration Pad 2311152 8000psi 100 x 100 x 10mm 10mm
Технически документи
Спецификации
Brand
FabreekaAnti Vibration Pad Type
Anti-Vibration Bearing Pad
Load Rating
8000psi
Thickness
10mm
Size
100 x 100 x 10mm
Length
100mm
Width
100mm
Детайли за продукта
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.
Информацията за складовите наличности временно не е налична.
Моля, проверете отново по-късно.
€ 19,55
1 Bag of 4 (ex VAT)
1
€ 19,55
1 Bag of 4 (ex VAT)
1
Купете в насипно състояние
| количество | Единична цена |
|---|---|
| 1 - 4 | € 19,55 |
| 5 - 9 | € 18,93 |
| 10+ | € 18,30 |
Технически документи
Спецификации
Brand
FabreekaAnti Vibration Pad Type
Anti-Vibration Bearing Pad
Load Rating
8000psi
Thickness
10mm
Size
100 x 100 x 10mm
Length
100mm
Width
100mm
Детайли за продукта
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.