Base-material compatibility
A finish must be compatible with the alloy, plastic, or fabricated assembly beneath it.

Compare finishing routes by base material, corrosion exposure, wear, color, texture, conductivity, dimensional allowance, and cosmetic acceptance.
Start with the application, current files, and the requirements that control surface finish selection.

Use this section to connect surface finish selection with the part, production, quality, and delivery decisions that affect the project.

Anodizing creates an oxide layer on suitable metal parts. Confirm the alloy, intended appearance, functional surfaces, masking, dimensional allowance, and acceptance method before production.

Durable colored coatings for fabricated and machined components.

A direct finish route where machining evidence and edge requirements matter.
Use this section to connect surface finish selection with the part, production, quality, and delivery decisions that affect the project.
A finish must be compatible with the alloy, plastic, or fabricated assembly beneath it.

Wear, corrosion, insulation, conductivity, cleaning, and sealing can determine the finish route.

Define color reference, gloss, texture, masking, and acceptable variation on visible faces.

Use this section to connect surface finish selection with the part, production, quality, and delivery decisions that affect the project.
| Decision | Information to provide | What it changes |
|---|---|---|
| Part function | Interfaces, loads, environment, motion, sealing, or cosmetic zones | The practical process and material direction |
| Manufacturing scope | Quantity, material, finish, revision, and target timing | Tooling, setup, downstream work, and schedule |
| Acceptance | Datums, tolerances, critical features, sampling, and required records | Inspection planning and final release |
Use the drawing and project requirements to confirm the exact surface finish selection scope.
Use this section to connect surface finish selection with the part, production, quality, and delivery decisions that affect the project.

A finish must be compatible with the alloy, plastic, or fabricated assembly beneath it.

Wear, corrosion, insulation, conductivity, cleaning, and sealing can determine the finish route.

Define color reference, gloss, texture, masking, and acceptable variation on visible faces.

Coating build, edge preparation, threads, bores, and mating features should be called out before finishing.
Use this section to connect surface finish selection with the part, production, quality, and delivery decisions that affect the project.

A finish must be compatible with the alloy, plastic, or fabricated assembly beneath it.

Wear, corrosion, insulation, conductivity, cleaning, and sealing can determine the finish route.

Define color reference, gloss, texture, masking, and acceptable variation on visible faces.

Coating build, edge preparation, threads, bores, and mating features should be called out before finishing.
Upload the current files and requirements so the manufacturing route, quality scope, and next action can be reviewed together.