In chemical production, chemical pumps act as the core power source for fluid transportation, and the flow rate selection directly determines the system efficiency and operational safety. To avoid the risks of working condition fluctuations, many engineers intentionally set an increased safety margi...

In industrial fields such as chemical engineering, pharmaceuticals, and environmental protection, magnetic pumps have become core equipment for conveying flammable, explosive, highly toxic, and valuable media, thanks to their leak-free, safe, and reliable performance. However, in actual working cond...

As the core document for characterizing the performance of chemical pumps, the performance curve diagram intuitively reflects the correlation characteristics of the pump's operating parameters under different working conditions, and serves as the fundamental basis for pump type selection, operating ...

Every chemical pump must undergo a series of stringent and standardized performance tests before leaving the factory. These tests serve not only as the final gatekeeper for product quality, but also as a formal commitment to users regarding operational safety. I. General Performance Tests: Verificat...

In the tank farm and batch material transfer sections of chemical production, the short-cycle transportation of highly corrosive process fluids has always been a core pain point in equipment selection. The fluoroplastic self-priming pump is a corrosion-resistant conveying device developed specifical...

In harsh chemical environments involving strong corrosion, high purity, or high temperature, fluorine-lined magnetic pumps, centrifugal pumps, and other equipment serve as critical safeguards for the safe conveyance of materials. Their core protective component—the fluoroplastic liner—directly deter...

The low temperatures of winter pose a severe challenge to the stable operation of chemical pumps: the expansion of the medium when it freezes can easily lead to pump body cracking, impeller jamming, and embrittlement of seals, which can cause leakage risks. In some cases, equipment failure may even ...

In industrial sectors involving the transportation of highly corrosive media, such as petrochemicals, acid and alkali production, and non-ferrous metal smelting, PTFE-lined magnetic drive pumps have become core equipment due to their leak-free operation and excellent corrosion resistance. Altho...

In industries such as chemical, metallurgical, and pharmaceutical processing that involve concentrated sulfuric acid, the selection of conveying equipment directly affects production safety and efficiency. Concentrated sulfuric acid is highly corrosive, oxidizing, and prone to crystallization. Subme...

In chemical production processes, centrifugal pumps are core equipment for fluid transportation, and their stable operation is directly related to production efficiency and safety. However, chemical media are often corrosive, volatile, or contain gases. Traditional centrifugal pumps are prone to pro...