Hydrostatic pressure testing
Hydrostatic pressure testing is a vital process used to ensure the strength, integrity, and safety of various equipment and structures that come into contact with liquids or gases. This testing method involves subjecting the object under examination to increased internal pressure by filling it with a liquid, typically water. By carefully monitoring the pressure and assessing any potential leaks or weaknesses, hydrostatic pressure testing helps identify and mitigate potential hazards, preventing costly failures and ensuring compliance with industry standards.
Oil & Gas industry
In the oil and gas industry, high-pressure applications play a crucial role in optimizing production by ensuring quality and safety.
Hose market
Hoses are essential components in various systems, ensuring safety, durability, and leak-free operation.
Industrial sector
High-pressure technology plays a vital role in the industrial sector by enabling diverse production methods.
Automotive industry
High pressure is utilized in the automotive industry to power various systems and enhancing efficiency, and safety.
Universities and research
High pressure is employed to study and manipulate materials, substances, and biological systems under controlled conditions.
Food processing market
High pressure is utilized in the food processing market to extend the shelf life of food, improve safety by eliminating pathogens, and enhance quality.
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Systems for hydrostatic pressure testing
During a hydrostatic high-pressure test, the component is filled with a non-compressible fluid, typically water, and pressurized to a predetermined level. The pressure is maintained for a specified period to check for any leaks, deformations, or failures in the structure. This test helps identify potential weak points, such as cracks, leaks, or inadequate welds, which may compromise the safety of the component under normal operating conditions.
Hydrostatic high-pressure testing is essential to ensure the structural integrity and safety of pressure vessels, pipelines, and other critical components. It helps identify potential weaknesses and ensures that they meet the required standards and regulations. By subjecting the component to pressures beyond its intended operating conditions, this testing process provides valuable information to prevent catastrophic failures and ensure the reliability of the system.
The HPU-CC Series is a fully-automated high pressure test system for workshop owners who perform many testing activities and require quality certification and traceability. The system can be used for pressure testing on valves, relief valves, safety valves, hoses, completions, well head components, and for hydroforming and filling applications.
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Resato´s portable power pack type RPS is a self contained air-driven system of proven design. Not only can it be used to pressurize valves, fittings, hoses, piping, vessels and wellhead equipment, but it is also suitable for supply of hydraulic power to operate cylinders, presses, rams, jacks, bolt tensioners and actuators.
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The MPS is a handy portable air driven mini pump that can be easily carried because of its weight (less than 17 kg with a filled tank) and size (405 x 308 x 365 mm). Although this mini pump is small in size and low in weight, it is very suitable for the pressure testing of objects for pressure ranges up to 1,800 bar at 7 bar air-drive pressure and 2,500 bar at 10 bar air drive pressure.
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The HTU is an all-in-one hose test bench which is designed for hose manufacturers and assemblers to carry out high pressure tests on hoses to prove quality and safety. The hose test bench is a versatile system with a wide range of outlet pressures due to a configurable multiple pump setup.
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The HPU-Series is a high pressure pump system for workshop applications that require high pressures up to 5,000 bar / 72,000 psi. Its range of add-ons makes it a flexible system for pressurizing many fluids. The application areas span from pressure testing activities on valves, relief valves, safety valves, hoses, piping systems, well head components, hydroforming, and other high pressure applications.The reliability of the high pressure system is established using pumps from the Resato P-Series, valves and fittings, that are engineered to work together perfectly.
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The BMS mobile pump system enables the testing of objects at different locations in a workshop or at field locations. The wheels or forklift pockets make the BMS much easier to move in comparison to standard workshop units.This high flow / high pressure system enables adequate testing and adapts ideally to your specific requirements for testing large volumes of objects at high pressure.
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The RTC is the ideal solution for testing objects in your workshop both quickly and easily, while maintaining increased safety conditions. This single workshop test cabinet can be combined with an HPU high pressure unit to carry out complete pressure tests. Combining these two systems offers the advantage of being able to, for instance, place the test cabinet in another room in your workshop while testing.
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The RTC 1500 is a robust pressure testing cabinet for hoses and large objects that is ideal for hose manufacturers and assemblers to perform hydrostatic pressure and cycle tests. To save time, the cover is pneumatically operated and to guarantee safety needs to be opened by a two-hand operation.
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The SLU is an all-in-one hose testing system, especially designed for hose manufacturers and assemblers to carry out high pressure tests on hoses to prove quality and safety. To ensure safety during pressure testing, the SLU only allows for pressurization with a closed cover.
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A HPU seperate (HPU-sep) can give you maximum safety during the process of testing objects. The HPU is a seperated workshop test control system that is available in different configurations. Which gives you the opportunity to find the HPU system that fits your specific test requirements.
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