Ionization prevention through welded structure! High-efficiency shell and tube heat exchanger with fine tubes.
This product is a high-efficiency shell and tube micro heat exchanger made of all pure titanium with a thickness of 0.3mm. The issue in water/water design was that laminar flow caused by large diameter pipes led to a decrease in the boundary layer coefficient. By using small diameter ultra-thin tubes, we successfully reduced the low thermal conductivity in the laminar flow section, achieving a K value (overall heat transfer coefficient) of over 4000 W/m²·K. 【Features】 - Made entirely of titanium, all SUS316, and can also be manufactured using special materials such as Hastelloy and Inconel. - Designed to minimize contamination and ensure reliable operation. - Integrated structure with full welding. - Achieves high-efficiency design with fine tubes having an inner diameter of 2.0mm. *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 ■ All pure titanium 0.3mm thin-walled tube - Specially designed ultra-thin titanium 0.3mm thin-walled material processed into a fine inner diameter 2mm tube through development by Tokyo Titanium, achieving high efficiency. ■ High-efficiency design with fine tubes - By using small-diameter ultra-thin tubes, successful reduction of low thermal conductivity areas in laminar flow sections. - Achieved K value (overall heat transfer coefficient) = 4000W/m²·K or higher. ■ Ionization prevention through welded structure - By manufacturing with titanium material using TIG welding without the use of filler material, it can be used as a heat exchanger that minimizes ionization in pure water. *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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We optimize all types of heat exchangers, from high-efficiency plate heat exchangers to titanium exhaust heat recovery spiral heat exchangers. Furthermore, we offer a unique lineup of products, including high-efficiency compact heat pump chillers and large cooling components, addressing various unused energy sources such as exhaust gas, wastewater, seawater, and ultra-pure water. As experts in thermal energy, we respond to various inquiries related to heat exchangers. Specializing in the design of special heat exchangers and unused heat recovery (such as hot spring wastewater, exhaust heat from food factories, and sewage heat), we provide a range of energy-saving proposals related to "heat," from design to consulting. In this era where continuous energy saving is necessary for each factory, we also hold study sessions on thermal energy for employees and stakeholders. We can tailor the content to meet the needs and preferences of participants, covering explanations of heat exchangers, thermal energy, its utilization, and related concepts. We can provide proposals and consultations that align with on-site needs, so please feel free to reach out regarding any thermal energy matters. We offer energy-saving proposals to our customers through heat exchange!