Panel geometry and available space
Check: Provide panel length, width, shape, bends, fixing points, clearances and installation orientation
Consider: Confirms physical fit.
Custom aluminum roll bond evaporators for refrigerators, freezers, display cabinets and compact refrigeration systems.
Roll bond evaporators use a formed aluminum panel and internal channel pattern that must match the product shape, ports, mounting and operating condition. This category is intended for refrigerators, freezers, display cabinets and compact refrigeration systems where a panel-style evaporator is being considered. For a useful review, send the panel dimensions, channel or port layout if available, mounting points, target condition, defrost or service context, photos or drawing and required quantity.

Roll bond evaporators use formed aluminum passages within a panel-style heat-exchange structure. Review the panel outline, passage area, connection locations, mounting points and surface requirements, and confirm the appliance drawing or sample before production.

Roll bond evaporators are suited to compact refrigeration layouts where a shaped panel can follow the available appliance space. The application view helps confirm contact or mounting surfaces, product clearance, temperature duty, tubing connections and service access.
Check: Provide panel length, width, shape, bends, fixing points, clearances and installation orientation
Consider: Confirms physical fit.
Check: Share refrigerator, freezer, display or compact-system use, target temperature and cycle information
Consider: Establishes the operating context.
Check: Confirm port locations, connection details, defrost method, drainage and access
Consider: Prevents an incomplete panel or service interface.
The category description identifies custom aluminum roll bond evaporators; confirm panel material, channel pattern, thickness or finish details from approved data.
Panel shape, bends, mounting and port locations are central to fit; provide a drawing or marked sample.
Review target condition, airflow or natural-convection context, defrost, drainage and service access together with the panel design.
Review panel envelope, channel layout, mounting method, connection arrangement and operating conditions
Why it matters: Confirm the drawing or sample before selecting a replacement configuration.
| Parameter | Information to provide | Why it matters |
|---|---|---|
| Application | Refrigerator, freezer, display cabinet, compact system or other equipment | Defines the use context. |
| Panel geometry | Length, width, shape, channel or port layout, bends and thickness information if known | Supports drawing and tooling review. |
| Mounting and clearance | Fixing points, orientation, envelope, service space and drain | Confirms installation feasibility. |
| Operating condition | Target temperature, cycle, defrost and working-fluid information if known | Sets the technical review basis. |
| Quantity and reference | Existing panel, drawing, sample, revision and quantity | Supports quotation and repeatability. |
| Choice area | What changes | Confirm before choosing |
|---|---|---|
| Roll bond evaporator | Panel geometry, formed channels and ports define the installation interface | Confirm panel shape, mounting, ports, target condition and service method. |
| Tube evaporator | Tube, fin or frame, connections and airflow define another construction direction | Confirm tube size, envelope, airflow, defrost and mounting. |
| Replacement decision | The two construction names do not establish interchangeability | Compare approved drawing, ports, mounting, operating condition and available space. |
The panel must match cabinet geometry, mounting and the internal airflow or contact arrangement
Confirm: Send cabinet dimensions, panel drawing, target condition and port details.
Frost and defrost context should be considered with the panel and service arrangement
Confirm: Confirm target condition, defrost, drainage and access.
Panel shape and ports often drive installation fit
Confirm: Provide layout, mounting, channel or port information, quantity and photos.
Confirm channel, panel, port, shape and mounting details against the approved reference.
State the required aluminum, finish, joining or coating information and confirm what applies to the configuration.
Agree the applicable leak, dimensional, connection and other project-specific inspection records before release.
Send panel dimensions, photos, channel or port layout and revision
Why it matters: Enables geometry review.
State refrigerator, freezer, display or compact-system application and target condition
Why it matters: Establishes the technical basis.
Provide fixing points, orientation, clearance, defrost and drain information
Why it matters: Confirms installation and maintenance.
Share quantity, sample requirement and inspection needs
Why it matters: Supports quotation planning.
Provide panel outline, channel or port positions, bends, fixing points, connections, thickness or finish information if known and revision.
Not automatically. Compare geometry, ports, mounting, target condition, airflow or contact method, defrost and service requirements.
A sample is useful when the drawing is incomplete; include marked dimensions and application information as well.
Include target condition, operating cycle, frost and defrost context, drainage and service access.
Send the panel drawing or sample, application, quantity, ports, material and required inspection information for review.
Use it to structure dimensions, connections and sample-matching inputs.
Use it to prepare drawing, sample and approval questions.
Use it to identify geometry, material, tooling and testing inputs without assuming a price.
A clear RFQ helps the team review the right category, construction and interface. Use the checklist below as a practical starting point, then provide the category-specific details shown above.
State the equipment, target condition, ambient environment and expected duty.
Share dimensions, mounting points, connections, airflow direction and service clearances.
For fans and motors, include voltage, frequency, control signal, rotation and wiring.
Attach the old part, drawing or sample and state quantity, revision and documentation needs.
Share your application, drawings and operating requirements so our team can review the details of your project.