Bursting disc rupture is usually accompanied by a sharp sound and rapid gushing of media. At this time, the operators on the scene should remain calm and quickly initiate emergency response procedures in accordance with the established emergency plan. The most important task is to protect the safety of personnel. It is necessary to quickly organize the surrounding unrelated personnel to evacuate to a safe area to avoid secondary disasters such as poisoning, fire, and explosion that may be caused by media leakage. At the same time, the person in charge of the site needs to notify the enterprise safety management department and the equipment maintenance team as soon as possible to alert and isolate the rupture site to prevent unauthorized personnel from entering the hazardous area.
On the basis of protecting the safety of personnel, the enterprise should immediately conduct a preliminary investigation into the cause of the accident. Bursting disc rupture can be caused by a variety of reasons. For example, the system pressure rises instantly, exceeding the design pressure of the bursting disc. Corrosion and clogging caused by changes in the characteristics of the medium. Or it is the local stress concentration caused by improper installation. By checking the process flow parameters, equipment operating status and media properties, combined with the form of bursting disc after rupture, professionals can initially determine the root cause of the accident and provide a basis for subsequent rectification. However, if the quality of the bursting disc itself is not good, such as the deviation of the burst pressure is too large and the corrosion resistance of the material is insufficient, even if the external cause is investigated, similar accidents may still occur again.
This is also the reason why it is recommended to choose a high-quality bursting disc. Our bursting disc has taken "accuracy, reliability and safety" as its core goal from the beginning of R&D and design, and is committed to providing companies with products that can withstand the test of extreme working conditions. In terms of material selection, for different media characteristics, we use special alloy materials, fluorine plastic composite materials, etc., so that bursting disc can maintain stable performance in harsh environments such as strong corrosion, high temperature, and low temperature. During the manufacturing process, each piece of bursting disc will undergo strict molding, heat treatment and precision machining technology, and cooperate with high-precision pressure testing equipment to control the burst pressure error within a very small range, minimizing the risk of malfunction caused by the unstable performance of bursting disc.
When an accident occurs, our products can also show design advantages. After the bursting disc breaks, the shape of the debris generated has been optimized to not only quickly release the pressure, but also to avoid excessive debris clogging the discharge channel, which buys valuable time for subsequent emergency treatment. In addition, we have established a quick-response after-sales mechanism that allows companies to obtain replacement products in the shortest possible time, minimize downtime and reduce economic losses. In short, choosing our bursting disc is not only to choose a reliable and safe product, but also to choose a trustworthy partner. Please trust us, we will use professional technology, high-quality products and perfect services to help you face emergencies and minimize risks.
