Industrial Gasketed Plate Heat Exchanger

Industrial Gasketed Plate Heat Exchanger

• Product Type: Industrial Gasketed Plate and Frame Heat Exchanger
• Heat Transfer: Liquid-to-liquid heating, cooling and heat recovery
• Plate Design: Corrugated metal plates with configurable heat transfer area
• Plate Materials: AISI 304, AISI 316 and titanium options
• Gasket Materials: NBR and EPDM options based on operating conditions
• BR Series: Multiple model references for different equipment sizes and duties
• Maintenance: Removable plate pack for inspection, cleaning and component replacement
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Description
Industrial gasketed plate and frame heat exchanger

Industrial plate and frame heat exchanger product reference.

Industrial Heat Transfer Equipment

Plate and Frame Heat Exchanger Construction

WTSML industrial gasketed plate heat exchangers use a compressed pack of corrugated metal plates to create alternating passages for hot and cold fluids. Elastomer gaskets seal the flow channels and maintain the intended separation of the two circuits.

The number of plates, plate geometry, connection arrangement and frame configuration are selected around the thermal duty, allowable pressure drop and operating conditions.

  • Configurable heat-transfer area and flow arrangements
  • Removable plate pack for inspection and servicing
  • Plate and gasket material selection by application
  • Technical matching for replacement components

Gasketed Plate Heat Exchanger Design Advantages

Flexible Thermal Selection

Channel configuration and plate count are evaluated using fluid properties, temperatures, flow rates and hydraulic limits.

Serviceable Plate Pack

Opening the gasketed plate pack permits approved inspection, cleaning and component replacement procedures.

Application-Based Materials

Plate alloy and gasket compound must suit the process fluid, cleaning chemistry, pressure and temperature.

BR Series Model Reference Specifications

The following historical BR-series data is retained for preliminary product identification. All dimensions are in millimetres, reference maximum flow in kg/s, temperature in °C and pressure in barg.

Model H W VC HC Connection Max Flow Max Temp Max Pressure
BR6TS 710 420 381 205 70 20 180 16
BR6TL 1270 325 1037 140 65 20 180 16
BR10TL 1889 485 1337 226 100 50 180 16
BR20TS 1420 760 700 365 200 170 180 16
BR20AK 1450 780 930 365 200 170 180 16
BR20TB 2150 785 1480 355 200 200 180 16
BR22P 930 360 592 136 70 20 180 16
BR26P 930 260 592 136 70 20 180 16
BR25MX 2595 920 1939 439 200 190 160 16
BR4S 473 200 381 70 25 2.5 180 16
BR8S 748 200 656 70 30 3 180 16
BR21S 1069 480 719 225 100 50 180 16
BR22S 1069 480 719 225 100 50 180 16
BR43S 1400 790 791 395 200 170 180 16
BR65S 1700 750 1091 395 200 170 180 16
BR81S 1766 970 1080 480 300 450 180 16
BR100S 2098 750 1489 395 200 170 180 16
BR121S 2265 970 1490 480 300 450 180 16
BR13G 832 320 592 135 50 15 180 16
BR16G 832 320 592 135 50 15 180 16
BR18G 1050 370 822 135 70 20 180 16
BR26G 1110 450 779 226 100 50 180 16
BR42G 1520 450 1189 226 100 50 180 16
BR51G 1730 585 1143 300 150 80 180 16
BR60G 1700 825 910 420 200 160 180 16
BR85G 1985 1060 1140 570 300 450 180 16
BR91G 2390 626 1800 285 150 80 180 16
BR100G 2075 755 1478 353 200 170 180 16
BR100NT 1120 550 797 263 100 50 160 16
BR4VT 575 185 480 61 30 3.5 160 16
BR10VT 955 295 691 118 50 15 160 16
BR20VT 1495 630 868 212 80 20 160 16
BR40VT 1890 720 1227 257 100 50 160 16
Technical reference: These 33 historical model entries are not a guarantee of current availability or simultaneous maximum temperature, pressure and flow capability. Confirm each selected configuration against its approved engineering documents.
WTSML factory workshop photographic reference

WTSML factory environment. Specific process and equipment details require project confirmation.

Manufacturing & Supply Support

WTSML Factory Environment

Equipment sourcing requires more than thermal specifications. Buyers should also confirm construction details, materials, inspection requirements, packing and the documentation applicable to their project.

WTSML factory images provide context for its equipment and component operations. The exact processes and tests used for an order should be agreed during technical review.

Information Required for Thermal Selection

Specify the two process fluids, flow rates, inlet and target outlet temperatures, allowed pressure drop per circuit, operating and design pressure, required materials, connections and available installation space.

Request an Industrial Plate Heat Exchanger Quotation

Send thermal operating conditions and any equipment drawings. For replacement enquiries, include the existing model, nameplate and connection layout.

Submit Your Heat Exchanger RFQ →

Applications and Maintenance

Properly selected gasketed plate heat exchangers may be used for liquid heating, process cooling, HVAC water circuits and heat recovery. The gasketed design allows the plate pack to be opened for approved cleaning, inspection or component replacement.

Frequently Asked Questions

1. How is the BR model selected?

By thermal duty, fluid properties, allowable pressure drop and mechanical design requirements. The historical dimensions are a preliminary reference.

2. Are all BR models rated to 180°C?

No. The reference contains both 160°C and 180°C entries. Gasket and frame limits must also be checked.

3. Can plate quantity be modified?

Only where thermal, hydraulic, frame and mechanical constraints allow and the revised configuration is approved.

4. Which materials should be selected?

The plate alloy and gasket compound should be selected based on fluid chemistry, cleaning conditions and operating limits.

5. Can replacement components be matched?

Provide the model, original plate geometry, gasket groove, material and required quantity for review.

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