Baode heat exchanger equipment co.,Ltd

Baode heat exchanger equipment co.,Ltd

Manufacturer from China
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2 Years
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High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber

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Baode heat exchanger equipment co.,Ltd
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Province/State:jiangsu
Country/Region:china
Contact Person:MrQi
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High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber

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Brand Name :Baode
Model Number :CP series
Certification :CE/UL
Place of Origin :China
MOQ :1 Unit
Price :USD 1000~10000 Per Unit
Payment Terms :T/T
Supply Ability :500 Unit/Units per Month
Delivery Time :14-18 work days
Packaging Details :Plywood case
Product name :High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber
Applications :Condensation in vapour recovery units
Refineries :Reboiling in H2S strippers, sour water strippers and other columns
Benifits :Reduce installation costs and resolves bottlenecks for increased production
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High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber​

Product Description

Fully welded plate heat exchangers are divided into non-detachable fully welded plate heat exchangers, 2-sided detachable fully welded plate heat exchangers, 4-sided detachable fully welded plate heat exchangers (Compbloc) and wide channel fully welded plate heat exchangers .

The compact design of compabloc heat exchanger has been engineered for superior reliability and performance, making it easy to both service and install. Plus, our Compabloc family is 3-5 times more efficient than traditional shell and tube heat exchanger solutions and secures safe operation of up to 60 bar.

Applications:

Read below to learn more about some of the common ways that customers all over the globe use Compabloc heat exchangers to improve the sustainability of their operations.

Condensing duties
Compabloc’s short flow path and large cross-flow area ensure low pressure drop and high efficiency, making it ideal for condensing duties. High heat transfer rates and low fouling, make Compabloc the best choice for long-term efficiency and consistent performance. As a result, Compabloc performs condensing duties 2-4 times more efficiently than traditional solutions.
Vapour enters from the top of the unit and condenses on the cold plates as it passes through the plate pack, with condensate exiting at the bottom.
If the vapour contains non-condensable gases, can design a two-pass arrangement on the condensing side that permits gas/liquid separation inside Compabloc, eliminating any need for a separator unit. Condensation takes place primarily in the first pass.
Sub-cooling of non-condensable gases is achieved in the second pass, which also serves as a mist eliminator.

Advantages:
Fully Welded without Gasket
High Temperature /Pressure Resistance
High Heat Exchange Efficiency
Compact Structure:
Light Weight with Small Footprint

Recommended Applications:
Petrochemical
Oil & Gas
Energy Power
Metallurgy
Biomedical

Baode company specializes in supplying various types of gasket plate heat exchanger, brazed plate heat exchanger, frame and plate heat exchanger gasket, providing cleaning services and refurbishing solutions. The products are widely used in power, metallurgy, chemical industry, food and beverage, sugar making, paper making, textile, Marine, heating and air conditioning, refrigeration and other fields. We are willing to work with you to discuss your various problems in the application of heat exchange system, to give you quality service.

High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical FiberHigh Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber

Model Standard Pressure (bar) Standard Temp. Range (°C) Max.Dimension (mm) A*A*B
CP15 FV-32 -40 - 300 280*280*540
CP20 FV-32 -40 - 300 430*430*730
CP30 FV-32 -40 - 300 500*500*1070
CP40 FV-32 -40 - 300 600*600*1400
CP50 FV-32 -40 - 300 840*840*2050
CP75 FV-32 -40 - 300 1240*1240*3600
CP120 FV-32 -40 - 300 2190*2190*3500

High Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical FiberHigh Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical FiberHigh Heat Exchange Efficiency Compabloc Heat Exchanger Design for Chemical Fiber

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