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Plating

Plating

Zinc, nickel, chrome and electroless nickel plating for corrosion protection, wear resistance, conductivity and appearance.

Processes
Zinc (clear, yellow, black), nickel, chrome, electroless nickel
Thickness
5–25 µm typical, controlled per specification
Coverage
Selective plating with masking where required
Documentation
Thickness and adhesion verification on request

How we hold this quality

Corrosion protection

Zinc plating with the correct passivation is the most economical way to protect steel parts from rust, including fasteners and brackets.

Wear and hardness

Electroless nickel gives a hard, uniform layer — including inside bores and on complex shapes where electroplating coverage is uneven.

Conductivity

Plated surfaces maintain electrical conductivity and solderability, which matters for EMI housings, contacts and grounding paths.

Decorative finish

Bright nickel and chrome deliver a polished appearance for consumer and display parts.

Plating is chosen for what it does to the surface: protect steel from corrosion, harden a wear face, keep a surface conductive, or produce a bright decorative appearance.

Matching the process to the requirement

Zinc — the workhorse for steel parts and fasteners. Cheap, effective and available with clear, yellow or black passivation.

Electroless nickel — uniform thickness on complex geometry, good wear resistance and excellent corrosion protection, used on hydraulic parts, valve components and precision machine elements.

Decorative nickel and chrome — for parts that are seen, often over a polished or bright base.

Hard chrome — for wear surfaces such as shafts and guides where a thick, hard deposit is required.

Fit and masking

Plating adds a measurable layer, so any thread, bore or press fit affected by it is either masked or machined to a pre-plate dimension. Send the finished tolerance — not just the as-machined drawing — for any plating job.

Process & part gallery

Plated machined components
Components prepared for selective plating

How it works

From drawing to delivered part

  1. 1

    Send drawings

    Upload STEP, IGES, DXF or PDF files with material, quantity and finish.

  2. 2

    Engineering review

    We check manufacturability, tolerances and finish for this process.

  3. 3

    Quote and approve

    You receive unit price, lead time and any design questions in writing.

  4. 4

    Produce & inspect

    Manufacturing runs against an agreed inspection plan.

  5. 5

    Ship and support

    Parts are packed, documented and shipped, with support for revisions.

FAQ

Plating — frequently asked questions

Which plating should I specify for steel fasteners and brackets?

Zinc with clear or yellow passivation is the standard choice for indoor and general outdoor use. For repeated handling or higher corrosion demand, consider zinc-nickel or electroless nickel.

Does plating build up on threads?

Yes, and it changes the fit. We manage this by specifying pre-plate thread dimensions, using masking where needed, or approving a plated sample before the batch.

Can you plate aluminium?

Yes, with a zincate pre-treatment. Anodizing is usually preferred for aluminium, but plating is the right answer when the part needs conductivity, solderability or a specific metallic appearance.

Start a project

Request a plating quotation

Upload your CAD files with the material, quantity and finish. Our engineers will review the drawing and reply with pricing and lead time.