Jiangsu Haifa Machinery Manufacturing Co., Ltd.

Jiangsu Haifa's High-Quality Molten Urea Pump Debuts at Industry Exhibition, Technological Innovation Draws Attention

At a recent environmental protection and chemical equipment exhibition, Jiangsu Haifa's high-quality molten urea pump became one of the focal points on site. With its structural design and performance, the equipment attracted numerous industry experts and potential customers to stop by for discussions. During the exhibition, the Haifa technical team showcased the product's application results in industrial denitrification and fertilizer production through live demonstrations and case studies.

Technological Breakthrough: Tackling Challenges in Molten Media Handling

Molten urea pumps have long faced operational challenges such as high temperatures, high viscosity, and susceptibility to crystallization. In response to these pain points, Jiangsu Haifa's R&D team optimized the pump body materials and flow channel structure. According to on-site technical data, the pump uses special alloy materials and precision machining processes, enabling it to withstand operating temperatures above 250°C. Additionally, its built-in insulation jacket design effectively reduces the risk of urea crystallization. During the hands-on demonstration at the exhibition, the equipment ran continuously for over eight hours without any flow fluctuations or blockages, earning recognition from multiple visitors for its stability.

Application Scenarios: Covering Environmental and Agricultural Fields

At the exhibition, Haifa engineers introduced the pump's practical application cases in coal-fired power plant denitrification systems and compound fertilizer production lines. In denitrification scenarios, the pump precisely controls the injection volume of urea solution, improving ammonia-nitrogen conversion efficiency. In the agricultural sector, its high molten material conveying capacity helps fertilizer companies shorten production cycles. A representative from a fertilizer manufacturer in Shandong commented, "Compared to some similar solutions, the Haifa pump has a clear advantage in maintenance convenience. Its modular design reduces routine inspection time by about 30%."

Industry Evaluation: Pragmatic Innovation Drives Green Transformation

During a concurrent forum at the exhibition, an industry analyst noted that as environmental regulations become stricter, technological upgrades in molten urea pumps will directly reduce denitrification costs. A relevant person in charge from Jiangsu Haifa responded that the company will continue to focus on users' actual needs and plans to collaborate with universities on fluid dynamics simulation research to further optimize pump energy efficiency. Currently, the product has been deployed in chemical industry parks across multiple provinces in China, with user feedback highlighting low operational noise and controllable energy consumption.

Editor Note: This article is compiled based on on-site exhibition records and publicly available technical materials from the company. It is suitable for procurement decision-makers and industry researchers focused on technological upgrades in industrial pump valves.

Jiangsu Haifa Machinery Manufacturing Co., Ltd. was restructured from the former Jiangsu Ligong Group Co., Ltd., Metallurgical Industry Ministry Steel Research Institute Jingjiang Stainless Steel Pump Valve Factory. It primarily produces API610 chemical process pumps—OH1, OH2, OH3, OH4 pumps; BB1~BB5 multi-stage pumps; VS1~VS6 barrel pumps; HES chemical process pumps; sixth-generation ultra-low carbon stainless steel high-quality molten urea pumps; urea hydrolyzer feed pumps; pitot tube pumps; rotary jet pumps; molten salt pumps; submersible pumps; high-temperature magnetic drive pumps; magnetic pumps for solid-containing media; canned motor pumps; slurry pumps; titanium tetrachloride pumps; self-priming pumps; lined fluorine pumps; leak-proof pumps; alkali pumps; axial flow pumps; forced circulation pumps; long-shaft submersible pumps; and CQC first-level energy efficiency pumps. www.jslgpump.com  Tel: 13905263417  E-mail: jslgpump@gmail.com  E-mail: jsareva@163.com