PISTON ACCUMULATORS
1QT – 2.5-gallon carbon steel accumulators 4” bore rated to 3000 psi
1–10-gallon carbon steel accumulators 6 “ bore rated to 3000psi
Special Piston accumulators
PISTON ACCUMULATORS
Piston accumulators from SFP Hydraulics Inc. are essential for managing high-pressure fluid volumes in a range of industries, including oil & gas, agriculture, construction, automotive, machine tools, and railways. These durable accumulators feature a steel cylinder that can meet ASME/PED guidelines, versatile material options, and a honed interior for extended service life, ensuring high compression ratios, significant flow rates, and adaptability to demanding environments. Threaded end caps and a selection of pistons with Nitrile, PTFE, or FKM seals provide ease of service and operational flexibility. They also feature SAE Female threading on fluid ports and a Schrader-type gas valve connection for secure operations, with a capacity spectrum from 1 pint to 265 gallons and pressure tolerances up to 20,000 psi.
Additional information
- Conforms to European PED 2014/68/EU standards and includes CE marking.
- Durable 2-part paint finish for enhanced longevity and resistance.
- Available with carbon steel.
- Offers high-speed Nitrile seals for efficient operation.
- Fluid port standardized with SAE Female thread for compatibility.
- Equipped with a Schrader-type gas valve connection for additional security.
- Threaded end caps facilitate easy repair and seal replacement.
- Can handle a vast range of operational volumes and pressures.
- Designed for easy integration into various industrial hydraulic systems.
- Conforms to European PED 2014/68/EU standards and includes CE marking where applicable..
- Capacity range from 1 Pint (0.5 L) up to 265 Gal (1000 L).
- Pressure range between 70 psi (5 bar) to 20,000 psi (1379 bar).
- Material option is Carbon, 316 stainless, 17-4ph stainless, duplex and super
duplex steel grade - Piston indicator and electrical limit switch options.
- ASME, ABS, DNV-GL and other options available.
