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Process — Joining
Clean, strong, corrosion-safe joints. TIG and MIG welding for SS304 and SS316 — back-purged to protect the steel and dressed so the seam disappears into the finish. All welding is completed before any piece is coated.
A weld is where stainless is most easily ruined — too much heat, the wrong filler, a trace of iron — so welding is a controlled discipline, not a quick join.
We weld SS304 and SS316 with TIG and MIG, matched to the joint and the visible result required. TIG gives the cleanest, most controlled seam for fine, exposed work; MIG is faster for heavier or concealed joints.
Stainless is back-purged so the underside doesn't oxidise, welds are dressed and heat-tint removed to protect corrosion resistance, and stainless tooling is kept entirely separate from mild steel to avoid iron contamination that would rust later.
What we do
Matched to the joint, the metal and the visible result.
Precise, low-heat welding for SS304/316 with matching filler — the cleanest seam for exposed, finished work.
Faster welding for heavier or concealed joints where strength and speed matter more than the visible bead.
Inert-gas shielding on the underside of stainless welds prevents oxidation and protects corrosion resistance.
Welds are ground, blended and heat-tint removed so the joint disappears into the final finish.
Why it matters
Back-purging and heat-tint removal preserve the steel's corrosion resistance where welds are most vulnerable.
Welds are dressed and blended so a joined assembly reads as a single, continuous piece.
Matching stainless filler and controlled heat input keep welds strong and true to grade.
Stainless tooling is kept separate from mild steel — no rust spots appearing weeks later.
Continuity, penetration and freedom from porosity and cracks are inspected, not assumed.
All welding is finished before PVD or plating — because a coated piece can never be welded after.
How we control it
Sound joints come from fit-up, heat control and inspection — not from a confident hand alone.
Components are fit-up checked against the drawings before final welding, so geometry is right.
Heat and speed are controlled to minimise distortion and protect the surrounding surface.
Continuity, penetration and freedom from porosity and cracks are checked; bend angles verified from the outside.
Post-welding is one of our four mandatory QC hold points with stop-authority.
Good to know
| Processes | TIG and MIG welding; brazing for very thin or dissimilar parts. |
| Materials | Stainless steel SS304 / SS316 with matching filler; other metals on request. |
| Stainless protection | Back-purging on roots; weld dressing and heat-tint removal as standard. |
| Contamination control | Stainless tooling kept entirely separate from mild steel. |
| Sequence | All welding completed before any PVD or plated finish — never after, including on site. |
| Inspection | Weld continuity, penetration, and freedom from porosity and cracks. |
Where it's used
Welded stainless handrails and frames with invisible seams.
Welded substructures and carriers behind feature cladding.
Strong, clean welded bases for bespoke metal furniture.
Welded decorative screens and mashrabiya frames.
Welded enclosures and sub-frames for architectural signage.
One-off welded feature pieces to architectural tolerance.
Start a project
Send your drawings and grade — we'll advise on TIG vs MIG, weld finish and sequencing, and prepare a tailored quotation.