Safety responsibility is more important than anything else. Do you still dare to use an air boost system without safety measures?

Safety responsibility is more important than anything else. Do you still dare to use an air boost system without safety measures?

Gas storage tank rupture site

Fracture scene diagram

How do you feel when you see this picture? Do you feel too dangerous to use an unverified and unprotected air boost system? Firstly, let's understand the air boost system.

A common air boosting system consists of a series of components such as an air booster pump, air storage tank, high-pressure pipeline, safety valve, pressure reducing valve, high-pressure gauge, drain valve, ball valve, etc. The danger comes from the gas storage tank. The gas storage tank itself is a pressure vessel. Everyone should know that when the gas pressure and overheating stored in the gas storage tank are too high, it can cause an explosion. When a gas pressure vessel explodes, its power is equivalent to a bomb, while a liquid container only cracks. The air storage tanks used in the Fuente air pressurization system have been tested by the National Quality Supervision Administration and meet various pressure standards with safety certificates. The same pressure and volume of gas storage tanks are used in our product, and the wall thickness and quality are much better than those of other companies (the iron sheet of other companies and the carbon steel thickness of our company are also much thicker). External factors that affect the safety of gas storage tanks include safety valves and high-pressure pipelines. Do you know the difference in sensitivity and quality between safety valves with the same pressure level, such as a 1.6MPa safety valve priced at 200-8 yuan? There are two differences: one is the difference in wall thickness, which is too cheap to easily explode; the other is the difference in sensitivity. A good 1.6 MPa will definitely result in an exhaust difference of 2 MPa, but it does not necessarily jump or exhaust at 1.2 MPa (some manufacturers directly omit the safety valve). The difference in high-pressure pipelines is that some manufacturers use hose connections to save materials and labor hours. The disadvantages of hose connections are that they are prone to explosion, aging, and air leakage Incomplete heat dissipation leads to a reduced service life of the booster pump.

After discussing safety, let's talk about the quality of the core component (air booster pump). As the saying goes, without comparison, there is no harm. Alright, without further ado, the customer bought the air booster system for use. Would you prefer to buy it and use it for a few days and it will break down, or would you prefer to buy it and use it no matter how it is used? It is obvious that both would choose the latter, and the difference between the two is indeed significant. Customers who commonly use this type of equipment can understand. For those who have not used it before, I will briefly introduce it. Take the ZTM02, a more basic air booster pump, as an example. The material and equipment used by Feentor are currently the forefront in China. The reversing valve is machined on an aluminum alloy cylinder with a machining center, and after machining, it is rolled on the upper mirror surface to ensure that the size and distribution distance of each vacancy are the same. The internal smoothness is very high, thus ensuring the sensitivity and durability of reversing. The end cover is carved and engraved at high speed to ensure that the size and distribution distance error of each vacancy is not greater than one wire, ensuring the sealing performance of the entire booster pump. The boost ratio is proportional. All high-pressure cylinders of booster pumps that are higher than 4 times are made of 304 stainless steel, and all sealing rings are imported from abroad. Material and craftsmanship are the foundation for ensuring the durability of products. Do you think the price can be lower for complex craftsmanship and expensive materials?

Do you still want to buy low-priced air booster pumps and air booster systems without quality and safety guarantees in order to save a few hundred yuan? Remember an ancient Chinese saying, 'There is no good product when it is cheap, and good products are not cheap.'. When profits are as thin as paper, material standards are correspondingly reduced, the wall thickness of the gas storage tank is correspondingly reduced, the safety valve is correspondingly deteriorated or directly eliminated, workers have to cut corners, and safety guarantees are correspondingly reduced. In short, without profits, there is no quality, and there is no after-sales service. Please keep your eyes open and don't let safety hazards hide around you just because of a few hundred yuan, and don't let tragedy happen in your own factory.

Comparison diagram of air booster pump and air booster system:

Feentor air boost system picture

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