Heat Exchanger Plates by Brand, Model & Material
We supply corrugated replacement plates for gasketed plate heat exchangers, including selected Vicarb, GEA, Tranter and Sondex models. Material options may include 304/316L stainless steel, titanium and selected corrosion-resistant alloys.
Browse our products below. For accurate matching, provide the exchanger model, plate photographs, dimensions, port layout and operating medium. Plate geometry, thickness and sealing-groove configuration must suit the existing equipment.
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![ITT Titanium Plates]()
ITT Titanium PlatesTitanium replacement plates for identified ITT plate heat exchanger configurationsview more
Suitable for selected chloride-bearing and seawater duties after process review
Plate geometry, ports and gasket groove checked before... -
![ITT Stainless Steel Plates]()
ITT Stainless Steel PlatesStainless steel replacement plates for identified ITT heat exchanger configurationsview more
Plate geometry, ports and gasket groove checked against existing components
Material selection reviewed against fluids, temperatures and... -
![ITT Compatible Plates]()
ITT Compatible PlatesCompatible replacement plates for identified ITT plate heat exchanger configurationsview more
Plate geometry, port layout and gasket groove checked before production
Available plate material is selected according to fluid and... -
![ITT Replacement Plates]()
ITT Replacement PlatesReplacement plates for identified ITT plate heat exchanger configurations.view more
Supports targeted replacement of corroded, cracked, deformed or damaged plates.
Plate outline, ports, corrugation and gasket groove are checked... -
![ITT Plate Heat Exchanger Plates]()
ITT Plate Heat Exchanger PlatesReplacement heat transfer plates for identified ITT heat exchanger configurations.view more
Plate dimensions, ports, corrugation and gasket groove are checked before production.
Available materials are selected according to fluid... -
![Schmidt Titanium Plates]()
Schmidt Titanium PlatesTitanium replacement plates for verified Schmidt heat exchanger configurations.view more
Often evaluated for seawater and compatible chloride-bearing process media.
Plate dimensions, ports, corrugation and gasket groove are checked... -
![Schmidt Stainless Steel Plates]()
Schmidt Stainless Steel PlatesStainless steel replacement plates for verified Schmidt heat exchanger configurations.view more
Plate geometry, ports and gasket groove are matched to the installed unit.
Alloy selection depends on fluid chemistry, chlorides and... -
![Schmidt Compatible Plates]()
Schmidt Compatible PlatesCompatible plates manufactured for verified Schmidt heat exchanger configurations.view more
Dimensions, ports, corrugation and gasket groove are checked for mechanical compatibility.
Plate position and orientation are confirmed... -
![Schmidt Replacement Plates]()
Schmidt Replacement PlatesReplacement plates for identified Schmidt plate heat exchanger configurations.view more
Supports targeted replacement of corroded, cracked, deformed or damaged plates.
Plate outline, ports, corrugation and gasket groove are checked... -
![Schmidt Plate Heat Exchanger Plates]()
Schmidt Plate Heat Exchanger PlatesReplacement heat transfer plates for identified Schmidt heat exchanger configurations.view more
Plate dimensions, ports, corrugation and gasket groove are checked before production.
Available materials are selected according to... -
![Tranter Titanium Plates]()
Tranter Titanium PlatesTitanium replacement plates for verified Tranter heat exchanger configurations.view more
Often evaluated for seawater and compatible chloride-bearing process media.
Plate dimensions, ports, corrugation and gasket groove are checked... -
![Tranter Stainless Steel Plates]()
Tranter Stainless Steel PlatesStainless steel replacement plates for verified Tranter heat exchanger configurations.view more
Plate geometry, ports and gasket groove are matched to the installed unit.
Alloy selection depends on fluid chemistry, chlorides and...
Find Compatible Plates for Your Existing Exchanger
A replacement plate must match the exchanger's dimensions, corrugation geometry, port arrangement and gasket-sealing features.
Start with the existing equipment brand and model. Our plate reference directory below helps identify relevant models and the information needed for a compatibility review.
Brand & Model
Check the exchanger manufacturer, equipment nameplate and original plate series.
Plate Geometry
Verify corrugations, port geometry, plate size and sealing-groove arrangement.
Material & Operating Duty
Consider the service medium, temperature, corrosion conditions and required plate material.
Replacement PHE Plates for Major Heat Exchanger Brands
The following four brand groups have plate models recorded in our internal plate-and-gasket model reference. Model names are used for identification, not as confirmation of live stock.
Sondex Compatible Replacement Plates
Selected replacement plate references for Sondex gasketed heat exchangers.
S201 is not included pending verification of the exact model suffix.
Enquire About Sondex Plates →GEA Compatible Replacement Plates
Selected VT, NT and related GEA plate configurations.
Tranter Compatible Replacement Plates
Selected GC, GL and GX plate-series references.
GC8 may also be referenced using the GC008 naming form. Confirm the actual plate.
Enquire About Tranter Plates →Vicarb Compatible Replacement Plates
Selected Vicarb V-series heat-transfer plate references.
V70 remains excluded pending further model verification.
Enquire About Vicarb Plates →Alfa Laval, APV, Funke, Schmidt & ITT Plate Enquiries
These brands appear in our plate product navigation. Our current internal model master does not yet contain a verified individual plate list for these five brand groups.
You can still submit your equipment and plate details for identification review.
Alfa Laval Plates
Send your existing Alfa Laval exchanger model, plate identification and photographs.
Submit Model →APV Plates
Supply the APV exchanger model and original plate configuration for review.
Submit Model →Funke Plates
Submit Funke equipment model information, plate photographs and relevant dimensions.
Submit Model →Schmidt Plates
Send the Schmidt heat exchanger model and existing plate identification details.
Submit Model →ITT Plates
Provide your ITT equipment nameplate, complete plate images and replacement requirements.
Submit Model →Other Plate Brands
If your equipment brand is not listed, send complete plate photographs and model information.
Request Identification →Heat Exchanger Plate and Replacement Product Examples
Product photographs help illustrate plate exchanger components and servicing requirements. Actual replacement selection must be based on technical matching.
Plate exchanger service reference
Industrial component reference
Plate maintenance and repair reference
Explore Our Heat Exchanger Plate Manufacturing Environment
Our factory photographs show plate-production surroundings, industrial equipment and coordinated plate installation into exchanger frames.
Heat exchanger plate production workshop
Plate installation and assembly environment
Industrial production equipment
Engineering and after-sales service department
Need Replacement Plates for Your Existing Heat Exchanger?
Whether your equipment is Sondex, GEA, Tranter, Vicarb, Alfa Laval, APV, Funke, Schmidt, ITT or another brand, send the identifying information available.
We can review the model, plate geometry and operating requirements before discussing replacement options.
Submit Your Heat Exchanger Plate Inquiry
Include your equipment model, complete plate photographs, dimensions, material and quantity.
Choosing the Right Heat Exchanger Plate Material
Plate material selection must consider the actual service medium, corrosion environment, temperature and replacement requirements.
| Material | Typical Considerations | Selection Caution |
|---|---|---|
| 304 / 304L Stainless Steel | Selected water-based and compatible industrial duties. | Assess chloride concentration, temperature and corrosion risk. |
| 316 / 316L Stainless Steel | Selected duties requiring additional corrosion resistance over 304. | Not immune to pitting or crevice corrosion in chloride-containing service. |
| Titanium | Selected seawater and chloride-containing applications. | Verify compatibility with actual fluid chemistry and operating conditions. |
| 254 SMO / Specialty Alloys | More demanding corrosive environments requiring specialist material review. | Material grade and model-specific availability must be confirmed. |
| Nickel-Based Alloys | Selected chemical duties requiring appropriate alloy performance. | Confirm alloy grade, process compatibility and supply feasibility. |
How Corrugation Geometry Affects PHE Performance
Corrugated plates create the flow channels inside a gasketed plate heat exchanger. Their geometry influences heat transfer, fluid distribution and pressure drop.
Chevron Pattern
Corrugation angles and patterns influence fluid mixing and channel resistance.
Plate Orientation
Correct plate sequence and orientation help form the intended fluid channels.
Channel Pressure Drop
Different channel configurations can produce different hydraulic behavior and heat transfer characteristics.
Six Checks Before Ordering Replacement Plates
Exchanger Identification
Confirm the brand, model and original equipment information.
Plate Dimensions
Measure length, width, port geometry and relevant plate dimensions.
Corrugation
Confirm the pressed pattern, plate variant and flow-channel requirements.
Gasket Groove
Verify the sealing groove and corresponding gasket compatibility.
Material
Review the required alloy and actual process conditions.
Quantity & Arrangement
Confirm the number of plates, plate-pack configuration and purchasing requirements.
When Should a Heat Exchanger Plate Be Replaced?
Inspection helps distinguish removable fouling from actual plate damage. Corrosion, cracking or mechanical deformation may require plate replacement.
Corrosion & Pitting
Corrosion can reduce plate integrity and lead to perforation.
Cracks & Holes
Through-wall damage may permit unintended mixing of process fluids.
Mechanical Damage
Deformation may affect plate-pack fit and sealing.
Gasket Groove Damage
Damage around sealing grooves can compromise gasket contact.
Repeated Leakage
Persistent leakage requires inspection of plates, gaskets and assembly.
Changed Process Duty
Updated thermal or hydraulic requirements may require a different plate-pack configuration.
What Should Buyers Provide for a Plate RFQ?
| Item | Information to Provide | Purpose |
|---|---|---|
| Brand & Model | Exchanger nameplate and model number | Equipment identification |
| Plate Photographs | Complete front, back, ports and sealing groove | Geometry review |
| Dimensions | Length, width, port positions, thickness if known | Replacement fit |
| Material | Existing alloy or requested material | Corrosion suitability |
| Operating Conditions | Process fluids, temperature, pressure and cleaning conditions | Technical review |
| Purchasing Details | Quantity, destination and documentation requirements | Quotation preparation |
Related Plate Heat Exchanger Products and Services
Heat Exchanger Gaskets
Explore sealing materials and compatible gaskets for plate-pack assembly.
View Gaskets →Plate & Gasket Replacement
Identify suitable replacement components for existing exchangers.
Replacement Matching →Complete PHE Replacement
Explore complete equipment replacement for existing heat exchangers.
Complete Equipment →Factory & Manufacturing
Explore our production equipment and plate assembly environment.
Manufacturing →Technical Knowledge
Read engineering articles about corrugation, materials and maintenance.
Technical Resources →Frequently Asked Questions
Our documented plate model references include Sondex, GEA, Tranter and Vicarb. We also review identification enquiries for Alfa Laval, APV, Funke, Schmidt, ITT and other brands. Availability is confirmed individually.
Not necessarily. A compatible aftermarket plate is intended to fit a specified equipment configuration after technical verification. Referenced brands do not imply original manufacture or authorization.
Not automatically. Plates with similar dimensions may differ in corrugation, gasket groove, port configuration and hydraulic behavior. Complete compatibility must be reviewed.
Selection depends on the medium, temperature and corrosion environment. 316L offers improved resistance in certain applications but is not suitable for all chloride-containing fluids.
Provide the exchanger nameplate if available, full front and back plate photographs, dimensions, port positions, gasket groove and operating conditions. These details can support initial replacement matching.
Looking for Replacement Plates by Brand or Model?
Share the exchanger model, plate photographs, dimensions, material requirements and quantity.
Request Plate Matching & Quote →As one of the most professional heat exchanger plates manufacturers and suppliers in China, we have world-leading production equipment and strong manufacturing capabilities. We warmly welcome you to wholesale advanced heat exchanger plates made in China here from our factory. Customized orders are welcome.
