Fin Type Evaporator (Copper Tube)
Fin type evaporator with copper tube for OEM cooling projects. Review size, refrigerant, pressure, testing, MOQ and lead time before quotation.
Product Details
Domi Refrigeration supplies Fin Type Evaporator (Copper Tube) for OEM buyers who need a drawing-driven component, stable repeat production, and a supplier that can discuss size, material, testing, and packaging before release.
For coil projects, the safest starting point is the old sample, a cabinet sketch, or an approved drawing. That lets the supplier confirm face area, tube pitch, row count, connection position, and mounting pattern before quotation.
Where this product fits
This product is used wherever the system needs efficient heat rejection or heat absorption inside a compact footprint.
- refrigerated cabinets
- freezers
- replacement evaporator coils
Materials and build options
Copper tube construction is a practical choice where connection reliability and service familiarity matter. Fin pack, headers, and coating can be adjusted to the operating environment.
All critical dimensions should be checked against the approved drawing, including coil depth, row count, fin pitch, and connection orientation.
Specification guidance
| Item | Guidance |
|---|---|
| Main materials | Copper tube with fin pack and match-fit brackets, selected to suit the refrigeration cabinet or enclosure. |
| Dimensions | Built to drawing. Confirm depth, rows, fin pitch, and connections before production. |
| Refrigerant / medium | Common compact refrigeration projects may use refrigerants such as R290 or R600a when the approved system design allows it. |
| Pressure / electrical note | Pressure class and test pressure must be confirmed for each project. Use the approved drawing and operating conditions to set the final limit. |
| Testing | Dimensional inspection, leak testing, and visual surface checks are the normal release steps. If the project uses a special finish, the coating condition should be checked before packing. |
| MOQ | MOQ is project dependent. A sample discussion is usually the fastest way to lock the correct coil size before batch production. |
| Lead time | Lead time depends on the final coil geometry, quantity, and material confirmation cycle. |
Testing and release checks
Dimensional inspection, leak testing, and visual surface checks are the normal release steps. If the project uses a special finish, the coating condition should be checked before packing.
Repeat orders should follow the same acceptance sheet so replacement coils stay interchangeable across batches.
FAQ
Can you confirm the size from a sample or photo?
Yes. A sample or field photo is enough to start a technical fit check before ordering.
How do you confirm refrigerant, pressure, or operating conditions?
Compatibility is confirmed from the approved design, system pressure, and expected operating range.
What is needed for MOQ and lead time confirmation?
Send quantity, project stage, and the target delivery window to confirm MOQ and timing.
Quotation next step
Share the original coil, cabinet photo, or drawing set so a quotation can be prepared around the real installation.
Related resources: manufacturing process, quality certifications, and commercial cooling coils. For procurement follow-up, request a custom quote.
Get Product Information for Your Project
Send the product model, drawings, sample photos, quantity, or application requirements. Our team will review the information and help confirm suitable options, technical data, and quotation details.