Adapting to Multi-condition Medium Transportation, Syngon Special Magnetic Pumps Consolidate Chemical Production Support Capacity
Release time:
2026-08-26
Facing complex working conditions such as particle-laden, vapor-prone, high-temperature and high-pressure media in the chemical industry, Dalian Syngon Industrial optimizes the performance of liquid chlorine pumps, double-casing pumps and barrel-canned magnetic pumps based on mature magnetic pump technology. Manufactured in accordance with API685 standards, the products adapt to various high-risk medium scenarios and provide stable fluid transportation equipment and customized solutions for chemical enterprises.
Chemical production features diverse media and fluctuating working conditions, requiring pumps with excellent sealing, wear resistance and corrosion resistance. The transportation of slag slurry, volatile dangerous materials and high-pressure media is a key optimization direction for fluid equipment. With more than ten years of experience in magnetic pump R&D, Dalian Syngon iterates products based on advanced European pump technologies and domestic project conditions, forming a complete special magnetic pump system.
The core barrel-canned magnetic pump adopts vertical barrel structure and supports semi-underground installation, suitable for volatile hazardous media including liquid chlorine and liquid ammonia. Equipped with double-casing structure, the pump improves pressure resistance and operational stability under fluctuating system pressure. Customized liquid chlorine pumps are optimized for low-temperature, vaporizable and corrosive liquid chlorine media to reduce cavitation and ensure long-term continuous operation.
The company’s horizontal slurry magnetic pumps and multi-stage magnetic pumps can transport media with a solid content ratio up to 50%. With a maximum motor power of 600KW, the products adapt to various flow and head conditions. Serving large enterprises including Sinopec, Sinochem and Xingfa Group, Syngon’s pumps guarantee safe and efficient fluid transportation for chemical industrial production.
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