SME Industrial

As a high-end product in the chemical industry - Dry Break Coupling. The high-efficiency and versatile features can even be widely used in low-temperature environments. It is superior to traditional flange connection methods (link " Deliver safer and more efficient solutions for LPG ") and has been consistently recognized by users. The simple operation method and the "Zero Spillage" feature greatly improve the safety of many chemical industries in some hazardous environments. The high-end features can indeed leave a very deep impression, but if the price deviation is too large, for some customers, the dry break couplings are still a more luxurious choice. It is true that as a high-end product, dry joints have their own technical content and internal structure that make them outstanding in functionality, but this does not mean that all customers can be convinced to make dry-break couplings the best choice. For example, th

Breakaway Coupling  is a high-end safety valve commonly used in the chemical industry. Compared with the function of dry joints, the use of Breakaway Coupling  is more profound. As an emergency release device, the  Breakaway Coupling  is usually set at the weak connection point of the entire transmission link. When the set conditions are reached, the pipeline is disconnected and the valve is instantly closed, while the intermediate medium is self-sealed in the pipeline. Minimal dripping and relatively small pressure loss can effectively prevent leakage accidents caused by accidental rupture of pipelines. Applicable fields include ship-to-shore unloading, road and railway tank loading and unloading, and other fixed and mobile fluid storage devices, such as crane pipes, The connection between the fluid transport arm and the transport carrier. Under normal circumstances, when perfo

Nowadays, natural gas, which ordinary people usually use for cooking and heating, is also used as vehicle fuel. Compared with diesel, natural gas combustion produces very little pollution and does not produce any smell or smoke. Another advantage is that vehicles that use natural gas as fuel produce three times less noise than those that use diesel, so the vehicle can drive in urban areas without noise pollution. When natural gas is liquefied as fuel, it is commonly referred to as liquefied natural gas (LNG) . Specifically, it is obtained by condensation at -162°C. Compared with the gaseous state, the liquid volume is reduced by about 600 times. In other words, fuel tanks with highly enriched natural gas can provide trucks with a distance of more than 1,000 kilometres . When the vehicle is running, natural gas is injected into the engine in a gaseous state and converted into the power required by the