To detect leaks in the welded sections or flange connections of LPG cylinders, the cylinders are submerged in a water-filled tank, with their valve areas positioned near the water's surface. If a leak is present, bubbles will form on the surface. For efficiency, air leak testing machines are often designed to test 5-10 cylinders simultaneously. The cylinders are conveyed into a testing cage, whose entry and exit points are secured with stoppers, and the cylinders are tested in a horizontal orientation.
| Minimum Capacity | 250 LPG Cylinders Per Hour |
| Number of Test Sections in the Machine | 12 Station (Adjustable) |
| Test Süresi | 30 Second (Adjustable) |
| Number of Operators | 2 |
LPG cylinders are tested in a hydrostatic unit to detect leaks from welds or cracks in the metal. The cylinder is filled with water and pressurized to ensure safety and durability.
| Machine Operation | Semi-automatic |
| Testing Method | The joints of LPG cylinders are visually inspected for leaks by observing if pressurized water escapes from these areas. |
| Test Tube Type | Domestic use |
| Number of Test Sections in the Machine | 10 (Adjustable) |
| High Pressure Test Duration | 30-120 second (Adjustable) |
The hydrostatic test carousel automatically loads 300-liter household LPG cylinders, fills them with water, pressurizes them, and checks for leaks; after testing, the cylinders are unloaded and returned to the conveyor, ensuring continuous operation.
| Machine Operation | Full Automatic |
| Testing Method | Visual leak inspection by personal |
| Test Tube Type | Domestic use |
| Number of Test Sections in the Machine | 12 (Adjustable) |
| High-Pressure Pump | Max. 50 Bar |
The system is designed for use with various gas containers, including welded steel LPG cylinders, steel refrigerant cylinders, composite LPG cylinders, composite refrigerant cylinders, vehicle fuel cylinders, and automotive LPG cylinders.
| Machine Operation | Semi-automatic |
| Testing Method | Under personnel supervision, visually or PLC-controlled. |
| Test Tube Type | Locally Manufactured for Domestic or Industrial Use. |
| Number of Test Sections in the Machine | 1 (Adjustable) |
This system uses hydraulic power for precise screwing and unscrewing of LPG cylinder valves, ensuring proper torque application and controlled removal. It improves efficiency, consistency, and safety.
| Testing Method | The hydraulic power generated by an electric motor is utilized by being converted into mechanical energy through a hydraulic motor (hydromotor). |
| High-Pressure pump | Max. 50 Bar |
| Test Tube Type | Locally Manufactured for Domestic or Industrial Use. |
| Number of Operators | 1 |
LPG cylinders are tested in a controlled manner using the LPG Cylinder Burst Testing Machine. The cylinder is placed in a cage, and internal pressure is increased beyond its rupture point. This test provides insights into weld quality (vertical/horizontal), the tearing pattern of the steel sheet, and the quality of the material used. The machine allows testing to be conducted either visually or via PLC control.
| Machine Operation | Semi-automatic |
| Testing Method | Under personnel supervision, visually or PLC-controlled. |
| Test Tube Type | Locally Manufactured for Domestic or Industrial Use. |
| Number of Test Sections in the Machine | 1 (Adjustable) |
Our company has a lot of experience with hydraulic and pneumatic systems. We deliver high-performance and durable solutions, making sure we meet quality standards and international safety requirements. In every project, we put customer satisfaction first and build long-lasting, reliable systems.
Quality
Senior
Timely and solution-oriented
Product lifespan