EN AW‑6082
→ hard anodizing.

A structured route for an EN AW‑6082 engineering component requiring hard anodizing, with ISO 10074:2021 as the standard context when specified by the drawing or contract.

ATLAS route scope: this page organizes a manufacturing decision path. It does not replace a drawing, controlled standard, process qualification, inspection plan or supplier approval. The final route must be validated against the actual component and contract.

Six decisions before release.

01

Material

Confirm EN AW‑6082 + temper + product form

The alloy designation alone is not sufficient. Temper, section thickness, product form and material certification influence both mechanical properties and finishing behavior.

Open material node →
02

Machining strategy

Define finished dimensions before coating

Identify critical diameters, fits, threads, bearing interfaces, sealing faces and any surfaces that may require masking. Hard anodic oxide develops both into and outward from the original surface.

03

Process preparation

Plan masking, electrical contact and surface preparation

Contact areas, forbidden marks, masked features and pretreatment requirements should be agreed before processing. Geometry can influence local coating behavior.

04

Core process

Hard anodize to the drawing requirement

Thickness, final condition, sealing/impregnation and any performance requirement must come from the drawing, purchase specification or controlled standard—not from a generic default.

Open process node →
05

Standard context

Apply ISO 10074:2021 only when specified

ISO 10074:2021 is the dedicated ISO standard for hard anodic oxidation coatings on aluminum and its alloys. Supplier-specific conformity must be evidenced separately.

Open standard node →
06

Inspection

Inspect the characteristics that matter to function

At minimum, verify the coating and dimensional requirements stated on the drawing. Additional abrasion, corrosion, dielectric or other tests should be included only where required by the applicable specification or application.

The route can fail before anodizing starts.

Dimensional stack-up

A precision feature can become nonconforming if machining tolerance, coating build-up, masking and inspection strategy are treated independently.

  • Identify the finished functional dimension.
  • Define which surfaces are coated and which are masked.
  • Agree whether the machining drawing is pre-coat or post-coat dimensional logic.
  • Confirm inspection method and measurement location.

The nodes behind this route.

Candidate process capability, not automatic route approval.

Current public ATLAS state

Oxycolor Alu SA

Hard-anodizing capability Documented
Public hardcoat thickness values 36 µm / 50 µm
EN AW‑6082 part-specific acceptance Must be confirmed
ISO 10074-specific conformity evidence Not yet evidenced in ATLAS

ATLAS therefore identifies Oxycolor as a current process-capable supplier node for hard anodizing. It does not automatically approve the complete route for a specific part or publish an ISO 10074 conformity claim.

Open Supplier Passport →

Minimum information ATLAS would want before matching.

01Alloy + temper + material certificate requirement
02Drawing revision + geometry / part envelope
03Critical dimensions and fit strategy
04Areas to coat, mask or keep electrically conductive
05Hard-anodizing thickness and tolerance requirement
06Sealed, unsealed, dyed or impregnated final condition
07Governing standard / customer specification
08Required inspection and test evidence

Run this requirement through the public matcher.

The current alpha interface exposes the same graph logic used by this route and keeps unresolved supplier evidence visible.

Public product · Alpha

ATLAS Match

Material + process + standard context → route + supplier evidence.

This route is assembled from ATLAS Material node 001, Process node 001, Standard node 001 and Supplier Passport 001. The route deliberately preserves evidence gaps instead of silently filling them.