Zero-waste metal mesh. Full strength, full visual impact.

Expanded metal panel cost varies with material grade, thickness (typically 1.0–3.0 mm), pattern (SWD/LWD), panel size, and finish. We do not publish unit prices: the variables interact, and a per-square-metre number quoted before the drawing is reviewed misleads more than it helps. Send the specification and we return a line-item quote for your quantities.

• Standard patterns and heavier gauges are both available; the quote states what each adds for your specification.
• Tell us the quantity, incoterm, and destination you are working to, and the quote prices freight and duties as their own lines rather than an estimate.

Material choice directly impacts long-term durability in different climates. Salt spray testing (ASTM B117) and real-world exposure data provide clear benchmarks for hotel lobbies, exterior facades, and coastal projects.

• 304 SS offers good general corrosion resistance but is vulnerable to chlorides.
• 316 SS contains 2–3% molybdenum, dramatically improving pitting resistance in salt-laden air.
• Caveat: All materials perform best when properly framed to avoid water pooling; regular cleaning extends service life in all environments.

Open area percentage (the proportion of empty space in the panel) is one of the most frequently requested specifications because it controls light transmission, ventilation, privacy, and shading while directly affecting panel stiffness.

• Higher open area increases airflow and daylight but reduces panel strength, often necessitating additional support frames or heavier base gauges.
• Lower open area provides better privacy and solar shading but can restrict ventilation and increase material weight/cost.
• Typical architectural sweet spot: 55–65% open area for most facade and ceiling applications.

Standard sheet sizes minimize cost and lead time, while custom panels are fabricated to exact project dimensions for seamless installation.

• Standard sizes are cut from mill sheets with minimal waste; custom requires dedicated tooling/setup.
• Minimum quantities are confirmed in your quote: they depend on the finish route, since powder-coated, anodized, and PVD custom runs each have their own setup.
• Smaller prototype quantities are possible — tell us the area and we confirm the minimum and what it changes for your run.

Lead times depend on pattern complexity, finish type, and current factory load but follow predictable industry benchmarks for architectural projects.

• Samples include 2–3 finish options and are shipped via air freight for fast approval.
• Production runs include full QC documentation, material certifications, and packing for sea freight.
• Expedited options can shave 7–10 days; ask what expediting adds for your run.

Proper installation ensures structural integrity, alignment, and long-term performance. Most architects specify framed systems for ease of mounting and future maintenance.

• Facade cladding: Panels are mounted on extruded sub-frames using Z-clips, hook-on systems, or concealed brackets; fixed with stainless steel fasteners; designed with 10–20 mm joints for thermal expansion.
• Ceilings: Suspended on T-bar grids, lay-in framed panels, or swing-down access frames; must maintain minimum open area for sprinkler compliance; often combined with acoustic backing.
• Interior partitions and balustrades: Framed into steel extrusions, bolted or welded to posts; tempered glass infills optional for hybrid designs.

All methods require coordination with structural engineers for wind loads (facades) and seismic requirements where applicable.

Each grade balances weight, cost, strength, and environmental resistance. Selection is driven by exposure, budget, and maintenance expectations.

• Use 304 SS for general commercial interiors and mild-climate facades.
• Specify 316 SS for coastal hotels, marine-adjacent projects, or high-humidity atriums.