Up to 3500 bar. Enclosed. Safe.

Standard Test Process

Load component in chamber and connect to test adapter using rated HP fittings. Fill specimen with water/DI water and remove trapped air through venting. Close and lock chamber door; PLC verifies door, water level and air pressure interlocks. Select test recipe and enter component identification, medium and test pressure. Raise pressure in programmable steps up to proof/HST setpoint. Hold pressure for editable duration at each pressure step. For burst test, continue pressure rise until component failure or maximum pressure limit. Record date, product ID, test fluid, pressure steps, pressure-time graph and certification result. Auto-vent and drain the system after test completion or safety trip.

Chamber Construction

• Dual-chamber design with intermediate spring acting mechanism
• Dual safety glass window with intermediate air-pocket design for blast protection
• MS powder-coated robust construction with industrial chamber light
• Heavy-duty metallic angle foundation and lifting eye bolts for movement
• Large front opening for easy loading and unloading of test specimen

Safety Note

This chamber is designed for hydro-burst testing. It is not proposed for pneumatic burst unless specifically redesigned and certified for stored-energy risk. The final chamber design, fixture design, adapter material, high-pressure tubing class and safety validation must be confirmed against the actual maximum pressure, specimen volume, component geometry and customer-specific test standard.