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Introduction to knowledge points of hydraulic blasting testing
The blasting test bench is a destructive test conducted on certain pressure bearing parts, pressure vessels, and pipelines after production, based on the product's pressure resistance limit value and pressure characteristics. It is generally divided into two methods: hydraulic blasting test and pneumatic blasting test.
The core component of hydraulic explosion testing is the Feentor gas driven liquid booster pump, which can be matched with different specifications of booster pumps according to customer pressure requirements. The output pressure can be adjusted by adjusting the driving air pressure (2-8 bar).
The control methods are divided into manual control and automatic control types. Excellent control capability can ensure the smooth process and the safety of operators during the explosive pressure test of the product.
Hydraulic blasting testing can use a single head booster pump or a double head booster pump according to the size of the workpiece being tested by the customer.
The most typical application is the static or dynamic destructive testing of hoses, rubber hoses, hydraulic pipes, automotive brake pipes, and powertrain pipes.
Reference standard: GB/T5568 GBT7939 ISO6802 ISO8032 GB/T12722 GB/T5563 GB/T10544
The characteristics of blasting testing generally include fast compression speed, memorable blasting pressure, and reliable safety protection measures
For gas explosion testing, it is generally recommended to use explosion-proof walls for effective protection. The requirements for air pressure testing are extremely strict because the impact force of air pressure is greater than that of hydraulic pressure. It is recommended that customers communicate with the manufacturer when conducting air pressure tests.
Below are the renderings and core component parameters of the hydraulic blasting test bench for your reference and selection
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