SAE R15 hose is a high-performance hydraulic hose produced in accordance with the standards of the Society of Automotive Engineers (SAE) of the United States. It plays a key role in various high-pressure hydraulic systems. With its outstanding pressure resistance, durability and wide applicability, it has become a reliable choice for many industries.
Inner tube: As the part in direct contact with the hydraulic medium, the inner tube is made of oil-resistant synthetic rubber.
Reinforcing layer: The reinforcing layer is the core guarantee for the pressure resistance performance of SAE R15 hoses.
Outer coating: The outer coating is made of synthetic rubber that is wear-resistant, ozone-resistant and weather-resistant. Some products also meet the flame retardant standards of the U.S. Mine Safety and Health Administration (MSHA).
High-pressure resistance capability: SAE R15 hoses are renowned for their outstanding high-pressure resistance performance. Its working pressure can usually reach 6,000 psi (about 41.4MPa), and the minimum burst pressure is more than four times the working pressure, that is, 24,000 psi (about 165.5MPa).
Good flexibility: Despite the fact that the SAE R15 hose adopts a multi-layer steel wire helically wound reinforced structure, it still maintains good flexibility.
In the field of industrial production, SAE R15 hoses play a crucial role in high-pressure hydraulic systems such as injection molding machines, hydraulic presses, metallurgical equipment, and mining machinery. It can precisely deliver the high-pressure oil output by the hydraulic pump to each actuator, achieving precise control and efficient operation of the equipment.
SAE R15 hoses are also frequently selected for the hydraulic suspension systems, hydraulic steering systems of large tractors and combine harvesters in agricultural machinery, as well as the high-pressure water delivery systems of irrigation equipment. In the agricultural operation environment, hydraulic hoses need to withstand the friction of soil and weeds as well as the tests of different climatic conditions.
SAE R15 hose is a high-performance hydraulic hose produced in accordance with the standards of the Society of Automotive Engineers (SAE) of the United States. It plays a key role in various high-pressure hydraulic systems. With its outstanding pressure resistance, durability and wide applicability, it has become a reliable choice for many industries.
Inner tube: As the part in direct contact with the hydraulic medium, the inner tube is made of oil-resistant synthetic rubber.
Reinforcing layer: The reinforcing layer is the core guarantee for the pressure resistance performance of SAE R15 hoses.
Outer coating: The outer coating is made of synthetic rubber that is wear-resistant, ozone-resistant and weather-resistant. Some products also meet the flame retardant standards of the U.S. Mine Safety and Health Administration (MSHA).
High-pressure resistance capability: SAE R15 hoses are renowned for their outstanding high-pressure resistance performance. Its working pressure can usually reach 6,000 psi (about 41.4MPa), and the minimum burst pressure is more than four times the working pressure, that is, 24,000 psi (about 165.5MPa).
Good flexibility: Despite the fact that the SAE R15 hose adopts a multi-layer steel wire helically wound reinforced structure, it still maintains good flexibility.
In the field of industrial production, SAE R15 hoses play a crucial role in high-pressure hydraulic systems such as injection molding machines, hydraulic presses, metallurgical equipment, and mining machinery. It can precisely deliver the high-pressure oil output by the hydraulic pump to each actuator, achieving precise control and efficient operation of the equipment.
SAE R15 hoses are also frequently selected for the hydraulic suspension systems, hydraulic steering systems of large tractors and combine harvesters in agricultural machinery, as well as the high-pressure water delivery systems of irrigation equipment. In the agricultural operation environment, hydraulic hoses need to withstand the friction of soil and weeds as well as the tests of different climatic conditions.
