Double Tube Heat Exchangers
BENEFITS
Double tube heat exchangers are designed whereby one tube is concentrically positioned within a larger tube. The double tube composition allows for unrestricted flow of product, making it the ideal heat exchanger for viscous products.
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Increased heat transfer
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Increased efficiency
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Potential fouling is minimized
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More compact and economical
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Removable tube for effective cleaning (HRS DTIR Series)
PRODUCTS
Sanitary Double Tube Heat Exchangers - HRS DTA Series
The HRS DTA Series is a complete stainless steel double tube heat exchanger designed for sanitary applications....
Hygienic Double Tube Heat Exchangers with Removable Tubes - HRS DTAR Series
The HRS DTAR Series is a complete stainless steel double tube heat exchanger designed for hygienic applications with removable tubes....
Industrial Double Tube Heat Exchangers - HRS DTI Series
The HRS DTI Series is a complete stainless steel double tube heat exchanger designed for industrial applications....
FAQ
The HRS DTA Series is a stainless steel double tube heat exchanger designed for hygienic applications. The product flows through the inner tubes, while the service fluid flows through the surrounding outer tubes, ensuring efficient heat transfer.
The HRS DTI Series is designed for industrial applications, particularly suitable for viscous products, slurries, and fluids containing fibers or large particulates. Its geometry allows for efficient heat transfer in such challenging conditions.
The HRS DTIR Series, based on the DTI Series, features an adapted design for direct energy recovery (product vs. product) for sludge with low viscosity. The inner tube is removable, facilitating easy maintenance and cleaning, which is particularly beneficial for applications involving fouling fluids.
HRS Double Tube Heat Exchangers are constructed entirely from stainless steel, ensuring durability, corrosion resistance, and suitability for both hygienic and industrial applications.
The design of HRS Double Tube Heat Exchangers allows for efficient heat transfer in viscous products, slurries, and fluids containing fibers or large particulates. The configuration ensures minimal pressure drop and reduces the risk of blockages, making them ideal for challenging industrial applications.