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Shell and Tube Heat Exchangers
Shell and tube heat exchangers provide a versatile alternative to coil-type heat exchangers. They were conceived as condensers, but they are equally suitable for heat transfer between two liquids or gases. DDPS offers the following types of shell and tube designs: Borosilicate Glass Shell and Tube Heat Exchangers
Glass-Lined Shell and Tube Heat Exchangers
Model D Heat Exchangers
Core-Therm Heat Exchangers
Borosilicate Glass Shell and Tube Heat Exchangers
Glass Shell and Tube Heat Exchanger Advantages
The RBW series heat exchangers offers a range of capabilities to meet high-corrosion process needs effectively. It can cope with the most stringent demands for product purity, process versatility and ease of maintenance. The model RBW features individual tube seals, allowing an extremely reliable seal and simple replacement or plugging of tubes from the end.Glass Shell and Tube Heat Exchanger Features
Standard units are equipped with a Borosilicate 3.3 shell, glass tubes, PTFE baffles, and individual tube seals.Glass Shell and Tube Heat Exchanger Specifications
- Heat transfer area from 2.5 to 25 m²
Options
- Single or triple pass
- Vertical installation
- Silicon Carbide heat exchanger tubes for increased heat transfer efficiency.
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Glass-Lined Shell and Tube Heat Exchangers
Glass-Lined Shell and Tube Heat Exchanger Product Description
DDPS features two main types of glass-lined heat exchangers:
The ED-type exchanger is particularly suited for the heating/cooling of products, by means of the thermal exchange between one fluid and another. It is made up of easily interchangeable standard sections. The product-side connection is made with loose flanges, bolts and PTFE envelope gasket, and that on the jacket by welding neck flanges or threaded couplings with flexible metal tube. This exchanger has the following advantages:
- Ability to adjust the bulk to existing local conditions
- Increasing or decreasing the exchange area
- Large exchange areas
Glass-Lined Shell and Tube Heat Exchanger Specifications
- Pressures from full vacuum to 87 psi (5.8 bar)
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Model D Heat Exchangers
Model D Heat Exchanger Advantages
The Model D offers a roster of capabilities to meet high-corrosion, high pressure, full vacuum, high temperature process needs effectively. It can cope with the most stringent demands for product purity, process versatility and ease of maintenance. Model D Heat Exchanger Features
At the heart of its toughness and versatility is a steel reinforced, glass filled PTFE tube sheet with individual tube rings for extremely reliable sealing and maintenance. Standard units are equipped with a carbon steel shell, glass tubes, PTFE baffles, and individual tube seals. Model D Heat Exchanger Specifications
- Heat transfer area from 40 to 505 ft²
- Pressure up to 90 psig (6 bar)
- Temperatures up to 350ºF (175ºC)
Options
- Single, double or triple pass designs
- Alternative MOC for bonnets, shell and tubes
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Core-Therm Heat Exchangers
Core-Therm Heat Exchanger Advantages
The diffusion resistant Core-Therm tube plate with its integral support plate and the corrosion-resistant materials PFA and PTFE can be used at high pressures and also operated under vacuum. Silicon carbide heat exchange tubes meets all the requirements of an optimum HE tube because of its heat conductivity of 125 W/m²K and its high corrosion resistance.Core-Therm Heat Exchanger Features
- Constructed of glass-lined steel with silicon carbide tubes.
- Single tube seal with double clamp rings
- Diffusion-resistant tube plate
- QVF single tube seal
Core-Therm Heat Exchanger Specifications
- Heat transfer area from 0.4 to 40m²
- Pressure from -15 to 150 psig (-1 to 10 bar)
- Temperature from -40ºF (-40ºC) to 390ºF (200ºC)
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