High-Pressure Hydraulic Hose 280 bar – 1″

SKU: UST01 Category:

High-Pressure Hydraulic Hose 280 bar – 1″

The 1″ high-pressure hydraulic hose (280 bar) with high-strength braid is oil- and abrasion-resistant, ideal for applications requiring high working pressure and reliability, providing optimal fluid flow in hydraulic systems.

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High-Pressure Hydraulic Hose 280 bar – 1″

The 1″ high-pressure hydraulic hose (280 bar) is designed for applications that demand high working pressure and reliability, providing optimal fluid flow in hydraulic systems.

Technical Specifications – High-Pressure Hydraulic Hose 1″

  • Maximum working pressure: 280 bar

  • Reinforcement: High-strength braided layer

  • Inner tube: Synthetic oil-resistant rubber

  • Outer cover: Abrasion-, weather- and oil-resistant

  • Temperature range: -40°C to +100°C

Application in Hydraulic Systems

This high-pressure hydraulic hose is used for the transfer of hydraulic fluids under high pressure, ensuring efficiency and safety of the system.

Key Benefits of the 280 bar Hydraulic Hose

  • High resistance to pressure and wear

  • Flexible design for easy installation

  • Long service life in demanding conditions

  • Compliance with international quality standards

Industrial Use and Safety

High-pressure hydraulic hoses such as this 1″ – 280 bar model are essential components in industries where large volumes of hydraulic fluid must be transferred under high pressure. Thanks to its durable rubber construction, this hose offers excellent resistance to mechanical damage, abrasion, and extreme temperatures.

Safety is critical in hydraulic systems, which is why this hose is tested according to international standards (SAE 100R16 / EN 857 2SC). This makes it suitable not only for construction machinery but also for use in mining and marine industries where vibration and external stress are frequent.

Why Choose Our Hose?

By choosing this 1″ – 280 bar hydraulic hose, you get a long-lasting product with minimal maintenance requirements. Its flexibility and material quality reduce the need for frequent replacements, saving both time and cost.