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Shell and tube heat exchangers

AMETEK Fluoropolymer shell and tube heat exchangers are used mostly in the chemical processing industry for heating, cooling, condensing, and evaporating highly corrosive liquids and gases.<br><br>Sulfuric Acid is the chemical most used with AMETEK FPP heat exchangers. The process of making sulfuric acid can vary, but any company dealing with the manufacturing process has a high potential for the use of a fluoropolymer heat exchanger in their process. Other Acids commonly requiring fluoropolymer heat exchangers are Hydrochloric, Nitric and Hydrofluoric Acids. Another chemical manufacturing industry fluoropolymer heat exchangers are used in is the Chlor-Alkali manufacturing process.<br><br>The Chlor-Alkali process produces chlorine as well as sodium hydroxide, ammonia hydroxide and hydrogen peroxide through an electrolytic cell. Once the process is complete, the chlorine must be cooled and dried, and the caustic must be condensed. Other applications ideal for fluoropolymer shell and tube heat exchangers is manufacturing of bromine, electronic chemical market which produces ultra-high purity acids for the SEMI conductor industry and Lead Acid Battery industry which uses sulfuric acid in the manufacture of battery paste.

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Shell and tube heat exchangers

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  1. FLUOROPOLYMERPRODUCTS Customer Service: +1570-645-6917 Toll Free: 1800-441-7777 www.ametekfpp.com•info.fpp@ametek.com S H ELL AND T UBE H EAT EXCHANGERS • Shell & Tube Heat Exchangers 30-Series Large Capacity Model 900 (14 inchshell) • High flowcapacity • Low pressuredrop • Unmatched corrosionresistance • FEP and PFA seriestubing • AMETEK 900 Series Heat Exchangers have twice the capacity of our previous shell-and-tube units and feature the unmatched, corrosion-resistant qualities of fluoropolymer resins. Manufactured for over fifty years, AMETEK Fluoropolymer Heat Ex- changers using honeycomb tubing constructionare inert to virtually all types ofchemicals. • Specifications 30-Series Large Capacity Model 900 Shell-and-Tube HeatExchangers Model 900 Heat Exchangers still incorporate this proven technology and are available with carbon steel (CT) shell designs, as well as with other construction materials including fluoropolymer-lined carbon steel, and stainless steel (SS). AMETEK 900 CT Series Heat Exchangers are ASME coded and the end fittings con- form to TEMA and ANSIstandards. OperatingLimits Maximum Temperature (°C) 10386693121149177204 180 1241 160 1103 140 965 120 Maximum Pressure(psig) 827 Maximum Pressure(kPa) 100 690 ModelNumber 80 552 60 414 40 275 20 138 0 0 50100150200250300350400 Maximum Temperature(°F) NOTE: The curves on the chart are for the fluoropolymer bundlesonly. VITON® and KALREZ® are registered trademarks of the DuPontCompany * Special order bundleconfiguration. †Typicalshellconstruction.SpecialmaterialsuchasPP,CPVC,stainlesssteelorothermetalalloys,areavailablebyspecialorder.Customconfigurationsalsoavailable.

  2. Dimensions – Model900 CT-30UNLINED SHELL IN (MM) A 16.6 (422) B ENVELOPE LINER 6"-150# 6"-150#ANSI LINEDANSI FLANGE FLANGE LINER TUBES O-RING 26.75 (680) 13.37(340) ENDCAP SPACER SPLITRING ENVELOPE LINER LINER TUBES O-RING FLANGELINER SHELL LINER ENDCAP SPACER LT-30 LINEDSHELL SPLITRING Heat TransferArea FEP and PFA Series coils are considered inert to corrosive chemicals. Contact an AMETEK representative for chemical resistance data on your specific application. Q-Seriesheatexchangersareinerttomostcorrosivechemicalsexceptforcertainconcentratedhot,oxidizingacids. Fluoropolymer resins are generally considered inert to most chemicals. Under certain conditions of pressure and temperature, or combinations of chemicals, fluoropolymer tubing should not be used. Please contact AMETEK for discussion of your specific process to be certain that our products are appropriate for your intendeduse. FLUOROPOLYMERPRODUCTS 42 MOUNTAINAVENUE NESQUEHONING, PENNSYLVANIA, 18240-2201 U.S.A. TEL: +1 570-645-6917 • 800-441-7777 (U.S. and Canadaonly) FAX: +1570-645-6950 www.ametekfpp.com E-mail:info.fpp@ametek.com Adequate ventilation should be used where fluoropolymers are heated during tube repairs. Flu-like symptoms may occur from exposure to vapors evolved from fluoropolymers at very high temperatures, up to 800OF or fromsmokingmaterialsthatcontainparticlesoffluoropolymers.Symptomspasswithin48hoursandare the only adverse effects observed in humans to date. Unheated fluoropolymers are essentially inert and are nonirritating to theskin. This information set forth herein is furnished free of charge and is based on technical data which AMETEK believes to be reliable. It is intended for use by persons having technical skill and at their own discretion and risk. Since conditions of use are outside our control, we make no warranties, express or implied, and assume no liability in connection with your use of this information. Nothing herein is to be taken as a license to operate under or a recommendation to infringe anypatents. © 2017, by AMETEK, Inc. All rightsreserved. 0917PDF(040030)

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