- Description
- Technical data
M022092 R2T-06-BR
009x017 hydraulic 3/8" hose 2SN BRIDGESTONE R2K
009×017 hydraulic 3/8" hose 2SN BRIDGESTONE R2K is a high-pressure hydraulic hose designed for reliable fluid transfer in demanding industrial systems. The 2SN construction ensures durability and high pressure resistance.
€10.14
/ M
Tax excluded
Delivery within 2-4 business days
The product image is for illustrative purposes only and may not be an accurate representation of the product.
Description
Description
009×017 3/8" hydraulic pressure hose BRIDGESTONE R2K 2SN is suitable for high-pressure hydraulic systems requiring stable and safe operation. Its double steel wire reinforcement provides resistance to mechanical stress and ensures long-term reliability.
The hose is designed for versatile industrial applications and can be used for transporting various fluids. Its durable construction ensures resistance to environmental factors.
Key features:
- Type: R2K 2SN
- Burst pressure: 1400 bar
- Peak temperature: +120°C
- Bending radius: 70 mm
- Weight: 0.49 kg
- Inner layer: black oil-resistant synthetic rubber
- Outer cover: black oil-resistant synthetic rubber
- Reinforcement: two-layer steel wire braid
- Complies with EN 857 2SC / DIN 20022-2SC standards
- Wide range of transported media
Application:
- hydraulic systems
- high-pressure lines
- fuel and oil transfer
- industrial equipment
- technical systems
We can make this hose with crimped fittings in 15–30 minutes – learn more about hose assembly and crimping.
Technical dataPrint
Technical data
| Application | Pressure |
| Inner diameter, mm | 10 |
| Outer diameter, mm | 17 |
| Working pressure, bar | 350 |
| Burst pressure, bar | 1400 |
| Min. temperature, C | -40 |
| Max. temperature, C | 100 |
| Bending radius, mm | 70 |
| Weight | 0.49 kg |
| Brand | Bridgestone |
Similar products
009×017 hydraulic 3/8" hose 2SN BRIDGESTONE R2K is a high-pressure hydraulic hose designed for reliable fluid transfer in demanding industrial systems. The 2SN construction ensures durability and high pressure resistance.