High Pressure Hydraulic Tire Burst Testing Machine

DESCRIPTION / TECHNICAL SPECIFICATIONS

This is a Tire Hydraulic Burst Testing Machine, an advanced destructive testing system designed to determine the ultimate burst pressure limit of aircraft, automobile, and motorcycle tires. This instrument fully complies with the requirements of GB and related industry standards for tire strength testing. Featuring innovative air-driven hydraulic pump technology and full computer control, this machine is the ideal platform for research, development, and tire safety validation. The following are its detailed technical specifications and technologies.

The core of this system is its advanced Air-Driven Hydraulic Pump technology, which uses compressed air as its power source, making it pollution-free, noiseless, and highly efficient. Its outstanding performance enables testing at extremely high pressures, with configurations available to produce maximum output pressures of up to 12MPa, 21MPa, 40MPa, and even more. The pressure boost speed is precisely adjustable within the range of 20 kPa/min to 300 kPa/min, allowing the simulation of various pressure scenarios using water as the test medium.

The entire testing process is fully automated via a sophisticated computer control system. Through the software interface, users can easily pre-set all critical test parameters, including target pressure, boost speed, pressure relief cycles, and other parameters. The system is capable of maintaining a constant test pressure for long periods—with no parts movement, no heat generation, and no energy consumption—ideal for endurance tests. A two-way boost pressure technology ensures a very smooth hydraulic pressure output with no impulse effect.

Designed for in-depth data analysis, the computer system not only controls the test but also automatically records and stores test reports. The most crucial feature for R&D is its ability to output the experimental pressure curve, which visualizes the tire's behavior against increasing pressure up to the bursting point. The machine is equipped with multiple integrated safety features, including leakage, short-circuit, and over-current protection, ensuring safe operation while conducting critical, ultra-high-pressure destructive tests.