Surface finish
Electroless plating deposits nickel without electricity. It gives a perfectly even, hard, corrosion-resistant coat.
What it is
Electroless plating (usually electroless nickel) uses a chemical bath to deposit a nickel-phosphorus alloy. No electric current is used. The coating grows evenly everywhere, even inside bores and on threads. It is hard, corrosion-resistant, and has low friction.
How it works
Clean & activate
We remove oil, scale, and oxide from the surface.
Catalyze
A catalyst seeds the surface for autocatalytic plating.
Immersion bath
The part sits in the nickel bath and metal builds evenly.
Rinse & measure
We rinse and check thickness and appearance.
Heat treat (optional)
A bake can raise hardness further.
Why choose it
Same thickness on flats, holes, and edges.
Excellent, especially high-phosphorus nickel.
Resists abrasion and scoring.
Smooth, non-stick working surface.
Good base for further finishing.
Typical specs
| Specification | Typical range / value | Notes |
|---|---|---|
| Deposit | Nickel-phosphorus (Ni-P) | |
| Phosphorus | 2–12 % by content | |
| Thickness | 5 – 50 µm controllable | |
| Hardness | Up to ~1000 HV (after heat treat) | |
| Base materials | Steel, aluminium, copper, brass |
Best applications
Bores and seats need even coating.
EMI shields and contacts.
Wear and release surfaces.
Corrosion in harsh fluids.
Materials
We apply Electroless Plating to the materials below. Not sure if your material qualifies? Our engineers will confirm it for free.
Our solution
We plate electroless nickel with controlled phosphorus and thickness. We help you choose low, mid, or high phosphorus for your environment.
Design tips
Best when the shape is irregular or has holes.
Mark surfaces that must stay bare.
A post-bake raises Ni-P hardness.
FAQ