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Application · Interior Architecture

Ceiling &
Interior
Skin

Suspended Ceiling · Feature Wall · Interior Screen

Metal mesh ceiling systems and interior skin applications — from large-span suspended ceiling grids to feature wall panels and screen dividers. Every system is defined from the structural drawings: weight per m², hanger spacing, MEP coordination, and fixing method confirmed before manufacture.

Application Reference
System TypesCeiling · Wall · Screen
Typical Weight2.0 – 7.0 kg/m²
Wire Range0.8 – 2.5mm
Primary GradesSS304 · Brass · Aluminium
Finish OptionsMill · Satin · PVD · Powder
Weight Speckg/m² Confirmed in Writing
200+
Interior
Projects
0.8mm
Finest Wire
Diameter
kg/m²
Weight Spec
Always Written
MEP
Service
Coordination
Ceiling Systems

Suspended Ceiling
Mesh —
System Logic

A suspended ceiling mesh system is not a decorative tile. It is a structural assembly — the mesh weight loading transfers directly to hanger points, which transfer to the primary structure above. The specification must start with weight.

JBL Metal provides the kg/m² value for every ceiling mesh specification — confirmed in writing before any installation planning begins. This figure is what the structural engineer needs to calculate hanger spacing, and it is not available from a product photo.

Weight Class — Light
0.8 – 1.2mm Wire · 2.0–3.5 kg/m²

Fine decorative mesh for hospitality, retail, and high-end residential ceilings. Low hanger loading. Typical applications: feature ceiling tiles, light diffuser mesh behind lighting systems, translucent ceiling panels.

Weight Class — Standard
1.2 – 1.6mm Wire · 3.5–5.5 kg/m²

Standard architectural ceiling mesh for commercial interiors, office fit-outs, and public building foyers. Hanger spacing typically 600–900mm at standard loading. Most specified weight class for suspended ceiling applications.

Weight Class — Heavy
1.6 – 2.5mm Wire · 5.5–9.0 kg/m²

Heavy structural ceiling mesh for transport hubs, airports, and large-span commercial installations. Closer hanger spacing required. Engineer confirmation of primary structure capacity required before specification is finalised.

Interior Skin Applications

Feature Walls · Screens · Liners

Feature Wall Mesh
Tensioned Frame System

Woven mesh tensioned within a perimeter powder-coated or raw steel frame. The frame absorbs the tension load — the wall structure carries only the panel weight. Suitable for large-format feature walls in hospitality, retail, and corporate lobbies. Brass and copper grades for warm interior tones.

Interior Screen
Room Divider · Partition Face

Metal mesh as the visible face of a room-dividing partition system. The mesh is held in a freestanding or wall-mounted frame. Open area of 50–75% maintains visual connectivity while defining zones. Available with powder coat or PVD colour to match interior specification.

Elevator Interior
Cab Wall Lining

Stainless steel mesh panels bonded or clipped to elevator cab wall substrates. Fine wire (0.8–1.2mm) for refined surface texture. Electrolytic polish for cleanability. Panel joints and corner details defined from cab drawings before manufacture.

Acoustic Integration
Mesh + Absorptive Layer

Metal mesh as the face of an acoustic assembly. Open area of 40%+ allows sound to pass through to the absorptive material behind the mesh. The mesh does not provide acoustic performance on its own — the assembly specification (backing material, air gap) governs acoustic rating.

Staircase & Atrium
Void Fill · Visual Screen

Mesh panels filling open staircase voids, atrium balustrade infill, and internal void screens. Typically rigid mesh panels or woven mesh in welded-edge configuration for dimensional stability. Load case includes any applicable code-minimum infill panel requirements.

Lighting Integration
Backlit Ceiling Mesh

Fine woven mesh as a diffuser panel in front of a lighting system. The mesh produces a uniform luminous ceiling effect while concealing luminaire hardware. Wire diameter and aperture control the diffusion quality and light transmission. Specified in coordination with the lighting designer's output requirements.

MEP Coordination

Integrating
with Building
Services

Suspended ceiling mesh rarely installs in an unobstructed void. Sprinkler heads, HVAC grilles, lighting drops, and data conduit all penetrate the ceiling plane. These need to be resolved before the mesh panel layout is fixed.

Sprinkler Penetrations
Panel Layout Coordinated with FP Drawings

Sprinkler head positions must be reflected in the mesh panel layout before manufacture. JBL Metal reviews FP drawings to confirm penetration locations — panels are cut or sized to accommodate, not retrofitted on site.

HVAC & Lighting
Grille and Drop Positions in Panel Grid

Air supply grilles, return air outlets, and light fixture drops are coordinated with the mesh panel grid from the combined services drawing. Panels are manufactured to the confirmed grid — not adjusted to fit after services are installed.

Hanger Clearance
Primary Structure Confirmed Before Hanger Layout

Hanger point locations must be checked against the primary structure above — concrete soffit, steel beams, or secondary grid. JBL Metal provides the mesh weight loading per m² so the structural engineer can confirm acceptable hanger spacing and primary structure capacity.

Related Systems

Recommended Product Systems

Ceiling & Interior Skin

Start with
Your Drawings

Submit your ceiling or interior skin drawings. We will confirm the mesh specification, weight per m², and fixing method in writing within 6 business hours. MEP coordination noted. No assumptions. No verbal approvals.