When working with industrial hoses, understanding burst pressure (also called rupture pressure) is key to safety. Burst pressure is the minimum pressure that causes an industrial hose to suddenly rupture. This happens when the hoses ultimate strength is exceeded during pressure operation.
This parameter directly reflects an industrial hoses explosion resistance. It is also a core indicator for evaluating the hoses safety performance.
For industrial hoses, burst pressure is usually much higher than the working pressure. This design ensures the hose wont rupture from excessive pressure under normal working conditions. However, external factors can change this. For example, if an industrial hose suffers external impact, heavy wear, or material aging, its burst pressure may drop. This drop then increases the risk of hose rupture.
So, when selecting and using industrial hoses, you must fully consider their burst pressure. First, never use an industrial hose when its burst pressure is exceeded. Second, conduct regular inspection and maintenance on the hose. These steps help keep the industrial hose in good working condition—and they are vital measures to prevent hose rupture.
Its important to note that working pressure and burst pressure values vary. This variation depends on several factors: the industrial hoses type, specification, material, and working environment. For this reason, in actual applications, you should always refer to the specific product instructions and safety specifications of the industrial hose.
In addition to burst pressure, other factors affect industrial hose safety and reliability. These include the hoses connection method, sealing performance, corrosion resistance, and service life. Each of these factors also has a significant impact on the industrial hoses working performance and overall safety. So, you should consider them together when choosing or using industrial hoses.