Description

Ⅰ. Application Scope

Manufactured by Jinan Bonor, this pipe bursting test machine is designed for hydrostatic resistance and bursting tests of PVC, PE, aluminum-plastic composite pipes and other tubular products. Based on material mechanics and fluid mechanics theories, it applies gradually increasing internal pressure to pipe samples to simulate actual service pressure conditions, so as to evaluate the pressure resistance performance and safety coefficient of pipes.

It supports both computer control and manual control modes; an optional constant-temperature water tank is equipped for automatic temperature regulation. The equipment fully complies with corresponding national standards, and technical parameters can be customized on demand. During tests, operators can monitor real-time pressure fluctuation, test duration and other data via the LCD display interface, while observing pipe deformation and abnormal conditions throughout the experiment.

Ⅱ. Applicable Test Standards

  • GB/T6111—2003 Test Method for Resistance to Internal Pressure of Thermoplastic Pipes for Fluid Conveyance
  • GB/T15560—1995 Test Method for Instantaneous Hydraulic Bursting Resistance and Internal Pressure Resistance of Plastic Pipes for Fluid Conveyance

The system can display real-time pressure curves, generate test reports and store test data automatically.

Ⅲ. Equipment Features

  1. Fitted with  gas-driven automatic booster pump, realizing stepless adjustable and controllable output pressure conveniently.
  2. Adopts mature technology and optimized structural layout, featuring compact size, light weight and attractive appearance.
  3. All pressure-bearing components adopt standard parts from world-famous brands with zero welded joints, bringing easy disassembly, high safety factor, long service life and convenient maintenance.
  4. The automatic control system supports automatic pressure boosting, pressure replenishment and pressure relief, together with real-time monitoring, data recording and power-failure protection functions for high operational safety.

Ⅳ. Technical Parameters

  1. Driving air pressure range: 0.1–0.69 MPa; output pressure is in direct proportion to driving air pressure
  2. Air consumption: 1 Nm³/min
  3. Pressure testing range: 0–15 MPa (customizable pressure range according to customer requirements)
  4. Available working media: water, hydraulic oil, emulsion
  5. Computer software control system can be configured as required by clients