Products Description
Titanium Coaxial Heat Exchanger is a revolutionary technology that has been developed in recent years. This cutting-edge technology offers several benefits that make it an ideal choice for industrial applications that require a high heat transfer rate.
One of the biggest advantages of the is its incredible durability and resistance to corrosion, which helps extend the lifespan of the equipment and increase its efficiency. This makes it an ideal choice for industries like chemical processing, petrochemical production, and offshore drilling, where exposure to harsh chemicals and saltwater is common.
The design of the Titanium Coaxial Heat Exchanger is also highly efficient, with a thin layer of titanium acting as a barrier between the hot and cold fluids, allowing for faster heat transfer rates. This increased efficiency leads to lower energy consumption, reduced costs, and a smaller carbon footprint, making it a more environmentally friendly solution.
Advantage :
√ Inner layer of titanium corrugated pipe, outer layer of 304 or 316 grade stainless steel pipe; long-term anti-corrosion; used for marine use, high pressure resistance.
√ Can be processed into any shape and size according to your design, customized sizes are accepted.
√ Beautiful and elegant, the surface is polished and reaches food grade standards.
√ The inner surface is smooth, water can circulate within the coil, and the pressure drop is small;
√ Customized sizes available if needed.
Features:
Inner titanium corrugated pipe, outer 304 or 316 grade stainless steel pipe; long-term anti-corrosion; used in the ocean.
Titanium coaxial heat exchanger has high heat transfer efficiency
The continuous heat exchange tube is a threaded tube, which causes a sudden change in the cross-section of the flow channel in the tube. Even when the flow rate is very low, it is always in a highly turbulent state. It is difficult to form laminar flow and convection thermal resistance to effectively overcome the heat transfer inside and outside the tube. Therefore, the heat transfer The thermal coefficient is high, usually 2 to 3 times that of traditional light tube heat exchangers.
Titanium coaxial heat exchangers are anti-fouling:
Due to the high turbulence of the fluid in the flow channel, it is difficult for the particles in the fluid to deposit and scale, and there is even a small amount of scale on the pipe wall, because the medium has strong turbulence, erosion, and anti-fouling capabilities inside and outside the pipe. In addition, the threaded pipe has strains caused by the temperature difference stress between the inner pipe and the outer pipe, which causes the curvature of the threaded pipe to have elastic properties and undergo microscopic changes, thereby causing the threaded pipe to heat. The exchanger has anti-fouling and descaling capabilities.
Titanium coaxial heat exchanger has stress compensation capabilities
Due to its structural shape and thin wall, the threaded pipe has large temperature stress on the inner and outer pipes and has elastic properties. It can compensate for microscopic changes in the curvature of the threaded pipe and eliminate thermal stress, effectively preventing heat transfer in traditional tubular heat exchangers. The tube is prone to breakage and other phenomena.
Titanium coaxial heat exchanger has compact structure, small size and light weight
The heat transfer coefficient of the threaded tube heat exchanger is very high, the required heat transfer area is large, and the threaded tube wall thickness is thin. The threaded tube heat exchanger has a compact structure, small size, and light weight.
use:
This product is widely used in electroplating, oxidation, chemical industry, metallurgy, light industry, shipbuilding, heating, pharmaceutical, food and other refrigeration industries. It is also suitable for leather chillers, injection molding machine chillers, printing chillers, photovoltaic shoe machine chillers, etc. .
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