Products

Membran accumulators

Category Tag

Hydropneumatic membran accumulators optimize the performance of hydraulic systems, ensuring efficiency and durability.
These accumulators are suitable for both industrial and mobile applications and are designed to dampen pulsations, maintain pressure, and ensure the proper functioning of the system.
They feature a robust carbon steel structure and durable bladders compatible with mineral oils and non-aggressive fluids.

Download

Catalogs and technical documentation

HYDRO-PNEUMATICS ACCUMULATORS CATALOGUE

Description

Hydropneumatic membran accumulators are essential for improving the efficiency and safety of hydraulic systems. These accumulators use a flexible bladder to store energy in the form of hydraulic pressure, ensuring optimal performance even under intensive operating conditions.

Thanks to their compact design and construction in painted carbon steel, bladder accumulators offer high mechanical and chemical resistance. The bladders, available in materials such as HNBR, EPDM, and FPM, are compatible with mineral oils and non-aggressive fluids. Their operating temperature range (-20°C to +80°C) and installation options (horizontal or vertical) make them extremely versatile.

Key technical features:

Maximum working pressure: up to 300 bar.
Applications: pulsation dampeners, energy accumulators, and pressure maintenance systems.
Connection options: SAE flanged, UNI/DIN, or BSP threaded, for easy integration into existing systems.
Customizable configurations: available in low-temperature versions (-40°C) and special applications with pre-charged nitrogen valves.

Ideal for industries such as manufacturing, agriculture, and automotive, the bladder accumulators offered by LubeTeam Hydraulic provide a high number of operational cycles, reducing maintenance costs and enhancing overall system performance. For more information, consult the catalog or contact the sales department.

Brands

List of Manufacturers Brands

FOX

RUOTA IL DISPOSITIVO PER VISUALIZZARE CORRETTAMENTE IL SITO