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How to store a pneumatic-hydraulic booster cylinder that has not been used for a long time?
pneumatic-hydraulic booster cylinderAs a core component of industrial automation, its storage state directly affects its service life and safety. Combining many years of industry experience, Sentuo booster cylinder manufacturer has summarized five major storage suggestions to help companies standardize the management of equipment and avoid performance degradation or safety hazards caused by improper storage.
pneumatic-hydraulic booster cylinder As a core component of industrial automation, its storage state directly affects its service life and safety. Combining many years of industry experience, Sentuo booster cylinder manufacturer has summarized five major storage suggestions to help companies standardize the management of equipment and avoid performance degradation or safety hazards caused by improper storage.
1. Keep cool, dark, moisture-proof and dust-proof
The pneumatic-hydraulic booster cylinder needs to be stored in a cool and dry indoor environment to avoid direct sunlight, which may cause the seals to age. At the same time, it must be kept away from rain and wind to prevent moisture and dust from invading the interior of the cylinder, causing corrosion or blockage of the hydraulic system. For example, the piston rod of a booster cylinder that is exposed to a humid environment for a long time is prone to pitting corrosion, shortening its service life.
2. Clean first, wash the pipes
The cylinder surface and internal piping must be thoroughly cleaned before storage. If pipelines need to be connected for storage, the pipelines must be flushed with hydraulic oil first to remove metal debris, welding slag and other impurities to prevent residues from damaging the seals or valve body.
3. Fixed horizontally, stable storage
The gas-liquid boosting cylinder should be placed horizontally on a special bracket, and the cylinder and base should be fixed with nuts to prevent components from being displaced due to vibration or collision during storage. Inclined storage may cause local accumulation of hydraulic oil, affect sealing performance, and even cause bending and deformation of the piston rod.
4. Safety protection, regional isolation
Warning signs must be set up in the storage area to prohibit access by non-professionals; safety facilities such as fire extinguishers and leak-proof trays must be equipped to prevent hydraulic oil leakage from causing fire or environmental pollution. For large booster cylinders, it is recommended to cover the cylinder with a protective cover to avoid accidental bumps.
5. Document specifications and traceability of status
Before storage, key parameters such as cylinder model, pressure level, and stroke range need to be checked, and an electronic file must be established. Sentuo booster cylinder manufacturer recommends equipping it with a QR code label, which can be scanned to obtain equipment history, maintenance records and other information to facilitate subsequent quick call and maintenance.
Standard storage management is the basis for the long-term stable operation of the pneumatic-hydraulic booster cylinder. Sentuo booster cylinders help companies reduce equipment loss rates by more than 30% and extend service life by 2-3 years through full-process guidance such as environmental control, cleaning and maintenance, and fixed protection. Choosing Sentuo means not only choosing quality products, but also choosing professional and worry-free industrial service solutions.
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2026-01-16
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