Titanium Evaporator Tubes for Salt Production: Zero Corrosion in Brine at 200°C

The salt production industry faces extreme operational challenges, particularly in evaporation systems where high-temperature, high-salinity brine causes rapid degradation of traditional materials. Equipment failure and frequent downtime have long been significant cost drivers. Seamless titanium tubes are emerging as the definitive engineering solution, offering unmatched performance in the most aggressive evaporator environments.

Unlike stainless steel or copper-nickel alloys, titanium exhibits near-zero corrosion in chloride-rich brine, even at sustained temperatures of 200°C and above. This corrosion resistance directly translates into a dramatic extension of equipment service life, with titanium evaporator tubes typically lasting decades without significant wall thinning or performance loss. The inherent stability of titanium also eliminates product contamination from corrosion byproducts, which is critical for meeting purity standards in food-grade and pharmaceutical salt production.

The mechanical advantages are equally compelling. Titanium's high strength-to-weight ratio allows for thinner tube walls, improving heat transfer efficiency while maintaining structural integrity under high pressure and flow rates. This combination of superior corrosion resistance and enhanced thermal conductivity enables salt producers to achieve higher evaporation rates, reduce energy consumption, and minimize maintenance shutdowns.

For salt production facilities looking to upgrade their evaporation systems, titanium tubes represent not just a material substitution but a fundamental improvement in process reliability. The long-term operational savings far outweigh the initial investment, delivering a rapid return through eliminated replacement costs and continuous production uptime.

This technical solution for the salt industry is provided by Jiangsu Hongbao Group Co., Ltd., specializing in precision-manufactured seamless titanium tubes for demanding industrial applications.