Shell & Tube Heat Exchangers

Thermal & Heating Equipment

ASME Heat Exchanger bolsters nylon process system.

December 30, 2015

Manufactured as part of multi-vessel contract for nylon process installation, ASME Shell and Tube Heat Exchanger features 22 in. OD vessel and 81.5 in. straight tube length. Vessel and U-tube material is SA-240-316L and SA-249-316L. Nominal rating is to 230 psi @ 600°F and full vacuum with external jacket design of 86 psi @ 600°F. Tube-to-tubesheet joints are welded and expanded per TEMA tolerances and liquid penetrant tested (PT). Read More

Thermal & Heating Equipment

Heat Exchangers feature UHP PFA tubing.

July 27, 2009

Incorporating honeycomb construction, Ultra-High Purity Shell and Tube Heat Exchangers are single pass, counter current designs suited for heating and cooling ultrapure water, acids, and other corrosive chemicals used in electronics, pharmaceutical, and semiconductor manufacture. Units are available in shell diameters ranging from 3-14 in. with fluoropolymer lining. All lined metal heat exchanger shells are ASME coded and equipped with TEMA/ANSI end nozzle connections. Read More

Thermal & Heating Equipment

Thermoplastic Heat Exchangers are corrosion resistant.

May 21, 2009

Available in PFA, E-CTFE, PVDF, and PP, Polytetra Series heat exchangers can divert flow to side of shell, to avoid high fluid flow forces that may damage thin-wall internal tubes of shell and tube style heat exchanger. Customizable heat exchangers are suited for electroplating industries and clean chemistry applications, such as photovoltaic and semiconductor processes. Read More

HVAC, Thermal & Heating Equipment

Heat Exchanger suits residential applications.

May 15, 2008

Made entirely of specially treated AISI 316L Stainless steel to ensure corrosion resistance, E-ZEE Flow incorporates self-cleaning feature and can be used for applications such as in-floor heating, swimming pools, spas, hot tubs, and driveway snowmelts. Titanium version is also available for highly corrosive water conditions. Industrial applications include oil coolers, transmission and engine coolers, boiler sample coolers, and waste water heat recovery. Read More

HVAC, Mechanical Components & Assemblies, Thermal & Heating Equipment

Heating and Cooling Coils offered in choice of materials.

April 10, 2008

Coils are manufactured from tube materials consisting of copper, 90/10 cupronickel, SS, or carbon steel. Steam Coils have standard steam and steam distributing coils. Also available are industrial HVAC heating and cooling air-handling coils and plate fin, helical fin, L-footed, and solder-bonded air coils with 3/8-1 in. OD tubing for steam and water applications. Econo Line shell and tube heat exchangers, 4-30 in., are offered in steam-to-liquid or liquid-to-liquid styles. Read More

Thermal & Heating Equipment

Shell and Tube Heat Exchangers have U tube designs.

March 7, 2008

Available for all heat transfer applications, shell and tube heat exchangers come in horizontal and vertical tube designs. Optional welded tube-to-tube sheet construction promotes strength and sealing qualities. U Tube designs are stress relieved at bend area, and standard shell sizes range from 3-40 in. OD and up to 40 ft long. Products are manufactured to various standards, including those of 3A, ASME, TEMA, and API. Read More

Thermal & Heating Equipment

Heat Exchangers meet ASME code.

October 21, 2003

Series C200® features fixed tubesheet with removable channel or bonnet. Tube side is readily accessible for ease of cleaning. Available with shell expansion joint, units come in 1, 2, or 6-pass models for heating or cooling oil, water, and chemical process fluids. Read More

Thermal & Heating Equipment

Heat Exchanger heats or cools corrosive fluids.

May 3, 2002

SSCF(R) shell-and-tube exchanger is available in 1-, 2-, or 4-pass models, with heat-transfer surfaces from 1.2 to 576 sq ft. It can be assembled from components and is available with ASME code construction. All fluid contact parts are stainless steel. For cooling chemical samples, carbon-steel or 316 stainless-steel EF(R), with all welded construction, has shell side pressures of 800 or 1000 psi, and tube-side design pressure of 1000 psi. Read More

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