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glass shell tube heat exchanger
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Shell and tube heat exchanger provides a versatile alternative to the coil-type heat exchanger described in previous pages. Shell and tube heat exchanger is particularly suitable for applications where large heat transfer area is required in relatively confined spaces. It is equally suitable for heat transfer between two liquids or gases. Shell & tube heat exchanger is available in single-pass as well as multi – pass.Both versions are available with glass or mild steel shells in combination with glass tubes as standard. Consequently, there are three basic models. SALIENT FEATURES Universal corrosion resistance Outstanding heat transfer Space-saving arrangement by installing in horizontal or vertical position Simple replacement of inner tubes for repair and cleaning Low maintenance cost Available in wide range of HTAs. CONSTRUCTION FEATURES The glass tubes are individually sealed in the PTFE tube plates using threaded bushes. The special construction ensures permanent tightness and easy replacement and cleaning of tubes, Baffles on shell side ensure improved heat transfer by increased turbulance.Sealing principle similar on all methods : Metal Cover (Bonnet) PTFE Tube Plate (Tube Sheet) Threaded Bush Glass Tube Baffle Glass Shell PTFE Tube TaiRod in PTFE Cast Iron SS Flange Springs Screwed Rod or Nut Insert Flat Washer OPERATING RANGE : The maximum permissible operating conditions in borosilicate glass 3.3heat exchangers are detailed in the table below.
Shell and Tube Heat Exchanger
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Shell Tube Heat Exchanger
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Our Shell Tube Heat Exchanger finds application in diverse industries. The Shell Tube Heat Exchanger manufactured by us is capable of handling high temperature and pressure application and therefore it is preferred by most of the industries. FeaturesHigh performanceCompact and light weightLow maintenance costLow installation costHigher temperature differentialsFlexible designEasy selection ApplicationsHeating SystemsChilled Water SystemsGround Water SystemsResidential UseDistrict Heating Systems Maximum Working Pressures Details of Construction DN 150 DN 225 DN 300 Max. MinMax. MinMax. MinShell Side Glass Shell 2.0 bar.g Vacuum 1.0 bar.g Vacuum 0.7 bar.g Vacuum Steel Shell 3.5 bar.g Vacuum 3.5 bar.g Vacuum 3.5 bar.g Vacuum Tube Side Glass Tubes Single Pass 2.0 bar.g Vacuum 1.0 bar.g Vacuum 0.7 bar.g Vacuum Glass Tubes Single Pass 2.5 bar.g Vacuum 2.5 bar.g Vacuum 2.5 bar.g Vacuum Maximum Differential Pressures Between Tube Side and Shell Side DN 150 DN 225 DN 300 ZONE 1 3.5 bars 3 bars 2.8 bars ZONE 23.1 bars 2.7 bars 2.3 bars ZONE 32.8 bars 2.4 bars 2 bars ZONE 42.1 bars 1.8 bars 1.4 bars
Shell, Tube Heat Exchanger
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We bring forth shell and tube heat exchanger that is manufactured as per international standards. The shell and tube heat exchangers are widely used for condensation of vapours, vaporization, cooling and heating of liquid. We offer shell and tube heat exchanger in various combinations of glass/metal, metal/frp in shell & headers. Moreover, these heat exchangers can be used predominantly under full vaccum, provided the differential pressure does not exceed 3 bar gram.
Shell Tube Heat Exchanger
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Shell Tube Heat Exchanger, scientific glassware, Scientific Glass Unit
Shell and Tube Heat Exchanger
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Shell and Tube Heat Exchanger, glass reactor, Industrial Glassware
