How is the test pressure of 24KG Trolley-type CO₂ Fire Extinguisher determined?

In the field of fire safety, trolley-type fire extinguishers are highly favored for their large capacity and efficient fire extinguishing capabilities. Among them, 24KG Trolley-type CO₂ Fire Extinguisher has become a must-have for many places due to its unique fire extinguishing advantages. However, the performance guarantee of such a fire extinguisher is inseparable from the setting of strict testing and pressure standards.

Test pressure is one of the key indicators for evaluating whether a fire extinguisher can play a role at a critical moment. It is directly related to the stability, sealing and effective release of fire extinguishing agents of fire extinguishers under high pressure environments. For 24KG Trolley-type CO₂ Fire Extinguisher, a suitable test pressure can ensure that it can quickly and stably release fire extinguishing agents when facing a fire, thereby effectively extinguishing the flames.

The formulation of test pressure is not arbitrary, but based on a series of scientific and rigorous tests and calculations. Manufacturers will first refer to international standards and industry specifications, such as ISO, EN and other standards for the provisions on fire extinguisher test pressure. These standards usually include detailed requirements for the design, manufacture, testing and maintenance of fire extinguishers, providing a reliable basis for the formulation of test pressure. Manufacturers will also conduct customized tests based on the specific structure and material properties of the fire extinguisher. For example, for the 24KG Trolley-type CO₂ Fire Extinguisher, the material strength, pressure resistance and sealing performance of its cylinder, valve, nozzle and other components are important factors to consider when formulating the test pressure. By simulating the pressure changes and impact conditions in actual use scenarios, manufacturers can perform pressure tests on various components of the fire extinguisher to determine a test pressure that can ensure safety and achieve the best fire extinguishing effect.

After determining the initial test pressure, a series of verification tests are required to ensure its rationality and reliability. These tests include but are not limited to pressure cycle tests, sealing tests, burst pressure tests, etc. Through these tests, we can further understand the working performance and potential risks of fire extinguishers under different pressure conditions, so as to make necessary adjustments and optimizations to the test pressure.

The test pressure of 24KG Trolley-type CO₂ Fire Extinguisher is obtained through a series of scientific and rigorous tests and calculations. It refers to the requirements of international standards and industry specifications, and also fully considers the specific structure and material characteristics of the fire extinguisher. Through continuous verification and optimization, the manufacturer finally determined a test pressure that can ensure safety and achieve the best fire extinguishing effect. This process reflects the manufacturer's high attention to product quality and also provides users with more reliable and efficient fire safety protection.