- Description
- Technical data
M014644 PAINT-2P-08-08
012x020 twin hydraulic thermoplastic 1/2" hose 0825
012×020 twin hydraulic thermoplastic 1/2" hose 0825 – a high-pressure Transfer Oil hydraulic hose designed for reliable fluid transfer in demanding hydraulic systems. Reinforced construction ensures increased durability.
€26.89
/ 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
012×020 1/2" double pressure hose 0825 is designed for hydraulic systems operating under higher pressure and demanding conditions. The double steel wire reinforcement provides enhanced pressure resistance and extended service life.
The hose is suitable for industrial environments where durability, strength and resistance to external factors are essential. It enables safe and efficient fluid handling.
Key features:
- Series: 0825
- Burst pressure: 1040 bar
- Bending radius: 85 mm
- Coil length: 50 m
- Weight: 0.89 kg
- Inner layer: polyester
- Outer cover: black polyurethane
- Reinforcement: double steel wire braid
Application:
- hydraulic systems
- high-pressure lines
- industrial equipment
- agricultural machinery
- mobile hydraulics
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 | 13 |
| Outer diameter, mm | 20 |
| Working pressure, bar | 260 |
| Burst pressure, bar | 1040 |
| Min. temperature, C | -40 |
| Max. temperature, C | 100 |
| Bending radius, mm | 85 |
| Coil length, m | 50 |
| Weight | 0.89 kg |
| Brand | Transfer Oil |
Similar products
€10.71
/ M
Tax excluded
Request info about this product
- Order individually
€18.08
€27.82 / M
-€9.74
Tax excluded
- -€9.74
012×020 twin hydraulic thermoplastic 1/2" hose 0825 – a high-pressure Transfer Oil hydraulic hose designed for reliable fluid transfer in demanding hydraulic systems. Reinforced construction ensures increased durability.