Solving Low-temperature Transportation Problems, Syngon Special Magnetic Pumps Stabilize Chemical Low-temperature Operation
Release time:
2026-09-12
Low-temperature and high-risk medium transportation is a key difficulty in the chemical industry. Dalian Syngon Industrial upgrades liquid chlorine pumps, double-casing pumps and barrel-canned magnetic pumps with low-temperature resistant materials and optimized hydraulic structures. Complying with API685 standards, the pumps effectively avoid cavitation and flow fluctuation, delivering stable zero-leakage solutions for low-temperature chemical processes.
Low-boiling and low-temperature media such as liquid chlorine are prone to phase change and vaporization. Ordinary pumps easily suffer from cavitation, vibration and flow interruption in low-temperature environments. Temperature difference also causes frosting and structural deformation, increasing equipment loss and potential safety hazards. Professional low-temperature resistant pumps are essential for stable chemical production.
Syngon optimizes core products for low-temperature working conditions. The barrel-canned magnetic pump adopts low-temperature resistant materials and closed barrel structure to restrain medium vaporization and cavitation, ensuring stable flow output. The double-casing pump uses anti-deformation double-layer shell structure to withstand temperature impact and avoid sealing looseness under low-temperature environments.
Professional liquid chlorine pumps adopt upgraded hydraulic models to adapt to low-temperature liquid chlorine transportation, reducing cavitation damage. All magnetic pumps apply shaft-seal-free magnetic drive structure to prevent seal cracking and leakage caused by low temperature. With a maximum motor power of 600KW, the products support long-term continuous operation of large and medium-sized low-temperature chemical devices, providing reliable equipment guarantee for safe and stable chemical production.
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