Product name: Titanium falling film evaporator (TA2)
Application scenario:
Suitable for material processing scenarios with high corrosion, heat sensitivity, and high purity requirements (such as chemical, pharmaceutical, seawater desalination, wet metallurgy, etc.).
Product advantages:

1. Super corrosion-resistant, suitable for the dense oxide film formed on the surface of titanium materials under complex working conditions, able to withstand strong corrosive media such as nitric acid, organic acids, chlorides, alkaline solutions, seawater, etc., without intergranular corrosion and stress corrosion risks. Even when dealing with harsh materials with high salt and acid content, the equipment can operate stably for a long time, fundamentally eliminating material pollution and equipment leakage caused by corrosion, and solving the pain points of traditional stainless steel evaporators that cannot be adapted to working conditions.
2. Efficient and energy-saving, reducing operating costs. The falling film structure allows materials to flow uniformly in a thin film on the inner wall of the heat exchange tube, with high utilization of heat exchange area and a heat transfer coefficient exceeding that of the rising film evaporator and kettle evaporator; Paired with titanium material for better thermal conductivity, it can significantly improve evaporation efficiency and shorten material residence time. At the same time, the equipment can easily achieve multi effect evaporation or be coupled with MVR (mechanical vapor recompression) technology, reducing steam consumption and electricity costs, and achieving good energy-saving effects.
3. Mild evaporation protects thermosensitive materials from flowing in thin film form, with a short residence time (usually only a few seconds) inside the tube and uniform heating, effectively avoiding problems such as decomposition, polymerization, and discoloration of thermosensitive materials (such as pharmaceutical intermediates, food juices, and biological extracts) due to prolonged high temperature heating. This maximizes the retention of the effective ingredients and quality of the materials, ensuring product purity.