Metal Trays

Metal trays bring sheet and cast metal into a tabletop object, shaped by studios working in stainless steel, aluminum, brass and chrome. Some are spun on a lathe, some are sand cast, others are cut flat and bent at the edge, and each method leaves a different surface for light to move across. What they share is a cool, dense presence that wood and ceramic cannot offer.

What defines a metal tray

Metal takes a form and holds it. A rim pressed from steel keeps its line for decades, and a cast brass base carries weight without flexing. This density is what lets a tray double as a small table surface or a stable base for glassware and candles, something thinner materials struggle to do at the same scale.

Finish changes the character of the piece as much as the metal itself. A mirror-polished steel surface throws back the room around it, brushed aluminum reads quieter and more matte, and a powder-coated or anodized layer adds color while still showing the hand of the metalwork underneath. Laser cutting lets a maker open a pattern through the surface, so light and shadow pass through the tray rather than just sitting on top of it.

The range of finishes, colors and techniques

On ADORNO, metal trays appear in a handful of recurring families rather than one fixed look.

• Stainless steel, aluminum, chrome and brass, sometimes left raw and sometimes finished bright or matte.
• Silver, bronze and black tones, achieved through polishing, anodizing or powder coating rather than paint alone.
• Minimalist, neo-industrial, contemporary and futuristic styles, from a single bent sheet to a welded, sculptural form.
• Open editions for everyday use alongside limited editions where a technique such as sand casting makes each run small.

Anyone drawn to a flatter, more graphic surface might also look at minimalist trays, where the metalwork is pared back to a single clean edge.

How to choose a metal tray

Start with scale. A tray meant to hold a decanter and glasses needs enough surface to keep them apart, while a smaller one for keys or rings can sit on a narrow shelf or nightstand. Check the rim height too: a raised edge contains loose objects and liquid, a flat lip is easier to lift and carry.

Finish should answer the room it sits in. Polished chrome and bright steel pick up ambient light and work well where other surfaces are already reflective, such as glass or lacquer. A matte or black finish sits more quietly against wood, stone or fabric, and hides fingerprints better than a mirrored one. For a darker, more graphic result, black trays cover most of that ground without needing a high shine.

Weight matters once the tray is loaded. Cast and spun pieces in steel or brass sit heavier in the hand and stay put on a table, while thinner aluminum trays are lighter to carry between rooms, which suits serving more than static display. For that lighter end of the material, aluminum trays show the range from raw, brushed surfaces to anodized color.

Where metal trays work

In a dining or living room, a metal tray gathers glassware, a bottle and a candle onto one surface, keeping condensation and wax off the table itself. On a console or sideboard, a tray with a slight rim corrals smaller objects, keys, catalogs, a dish, so they read as one arrangement rather than clutter. In a bathroom, the same water resistance that makes metal useful at the bar makes it practical beside a sink.

Caring for a metal tray

Stainless steel and chrome wipe clean with a damp cloth and dry quickly, which keeps water spots from setting into the surface. Brass and raw aluminum develop a soft patina over time unless they are lacquered; this is normal and can be slowed with a light metal polish if a bright finish is preferred. Powder-coated and anodized surfaces resist scratching better than bare polished metal, but abrasive scourers will still dull them, so a soft cloth is enough for regular use.

For the fuller range of metalwork across tableware, lighting and furniture, the full set of metal pieces on ADORNO sits alongside everything gathered under trays as a category.