baromax Pressure Vessel
High-Pressure Vessels – Compact Energy Storage for the Most Demanding ApplicationsHigh-pressure vessels are designed for the safe storage of fluids under extreme pressure. The stored energy can be precisely released – for example, for emergency power supply, to dampen pressure spikes, or to compensate for oil losses in hydraulic systems. Thanks to their robust construction made of premium-grade steel, high-pressure vessels are particularly durable and require minimal maintenance. They are versatile and can be used in test benches, energy systems, or specialized industrial applications. Their smart design and easy access to all connections also simplify installation and maintenance within the system. Your benefits at a glance:
Choose high-pressure vessels made in Germany – for maximum process reliability, efficiency and durability. Versions for additional media types, pressure ranges and temperature applications are available upon request. |
| Nominal bore (DN) | 16 mm |
|---|---|
| Technical Nominal Size | 7 mm |
| Pressure Range (PS) | 3,000 bar |
| Temperature range | 0 °C up to +50 °C |
| Medium | Water / glycol |
| Material | High-strength stainless steel |
| Conformity / Tests / Approvals | Pressure equipment type: Vessels according to Article 2, No. 2 of the Pressure Equipment Directive Classification: Article 4, paragraph 3 |
- Flexible design - Can be installed in any position
- Secure storage / fixing is guaranteed
- Simple installation
baromax high-pressure vessels have been specifically developed for use in high-pressure environments and are particularly suited for hydroforming processes where maximum load capacity and precise pressure control are essential.
As high-pressure accumulators, they provide reliable energy storage in the form of pressure – in both hydraulic and pneumatic systems. They maintain media such as hydraulic oil or compressed air at a constant pressure and release it in a controlled manner when needed.
They protect your high-pressure system by:
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Compensating for pressure fluctuations
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Absorbing load peaks
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Buffering energy to improve process efficiency
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