| Fibre-Cement Wall Panels | Exterior façades, ventilated rainscreens, wet or humid climates, high-traffic commercial buildings. | Rigid, dimensionally stable, impact-resistant, and suitable for ventilated façade systems. Heavier than most interior alternatives. | Excellent
Resistant to rot and non-organic moisture damage when correctly detailed. | Generally non-combustible or limited-combustibility performance may be available, but the final classification depends on formulation, thickness, coating, assembly, and test method. | High weight per square metre; freight cost is strongly affected by pallet density, unloading equipment, and maximum container payload. | Use edge protectors, moisture-resistant separators, rigid pallets, corner protection, and vertical-load control to reduce cracking and edge damage. | Request fire-test reports, product technical data, exterior-system approvals, SDS where applicable, and country-specific declarations or markings. | Strong all-round option
Best where durability and exterior weather resistance outweigh higher transport weight. |
| Mineral Wool Sandwich Panels | Industrial buildings, warehouses, cold-storage facilities, factories, and projects requiring enhanced fire performance. | Factory-made insulated panels with good thermal and acoustic performance. Joint design and installation quality are critical. | Good
Suitable for many climates when joints, flashings, and vapor-control details are correctly installed. | Mineral wool cores can provide strong fire performance, but the complete panel assembly, thickness, joint, fixing system, and local code determine the approved rating. | Large panel dimensions improve installation efficiency but require careful container or truck loading plans and protection against deformation. | Protect cut edges, keep panels dry, use stable supports, and prevent compression of exposed joints during loading and unloading. | Verify reaction-to-fire and fire-resistance classifications under the destination market's accepted test standards; confirm thermal and structural data. | Preferred for fire-sensitive projects
Particularly suitable where insulation and fire performance are major priorities. |
| Aluminium Composite Panels | Commercial façades, signage zones, architectural feature walls, soffits, and lightweight rainscreen applications. | Lightweight, flat, easy to fabricate, and available in many finishes. Core selection has a major effect on fire performance. | Excellent
Aluminium faces resist corrosion in many environments, subject to coating quality and exposure conditions. | Do not assume all composite panels have the same fire behavior. Mineral-filled or fire-retardant cores should be evaluated through complete-system testing. | Low to medium shipping weight with efficient sheet nesting; panels can be vulnerable to denting, scratching, and surface distortion. | Use protective film, flat stacking, rigid separators, dry storage, and clearly marked lifting points. Avoid excessive pallet pressure. | Check the core type, reaction-to-fire classification, façade-system test evidence, coating specifications, and destination-market building-code requirements. | Good for lightweight façades
Choose only after confirming the fire classification required for the building height and use. |
| High-Pressure Laminate Panels | Interior corridors, healthcare, education, hospitality, retail, office fit-outs, and ventilated interior wall systems. | Decorative, abrasion-resistant, and available in consistent patterns. Can be fabricated into compact interior systems. | Good
Many grades resist surface moisture, but exposed edges, joints, and substrates require protection. | Fire performance varies by laminate grade, substrate, adhesive, thickness, and installation assembly; obtain tested system evidence. | Medium shipping weight; efficient for flat-packed interior projects but vulnerable to warping if exposed to water or uneven support. | Use moisture-barrier wrapping, flat pallets, anti-scratch separators, and acclimatization instructions before installation. | Confirm formaldehyde emissions, indoor-air-quality documentation, fire classification, slip or hygiene requirements where relevant, and recycled-content claims. | Strong interior choice
Well suited to high-use interiors when the substrate and edge details are specified correctly. |
| PVC Wall Panels | Utility rooms, washrooms, food-service areas, temporary interiors, and cost-sensitive renovation projects. | Lightweight, easy to clean, quick to install, and generally economical. Lower stiffness and temperature resistance than mineral-based panels. | Excellent
Closed surfaces can perform well in wet areas, subject to sealed joints and compatible adhesives. | PVC is combustible and may produce smoke and corrosive gases when burning. Verify the exact fire classification and local restrictions before use. | Low shipping weight and good volume efficiency; long profiles may require oversized packaging or special handling. | Prevent crushing and buckling, protect tongue-and-groove edges, control temperature during storage, and keep profiles flat. | Check fire classification, chemical composition, restricted-substance requirements, VOC or emissions documentation, and destination-market waste rules. | Application-dependent
Useful for wet, economical interiors but not a default choice for high-rise or fire-sensitive façades. |
| PET Acoustic Panels | Offices, schools, libraries, studios, conference rooms, restaurants, and public interiors requiring sound absorption. | Lightweight, design-flexible, and effective for reducing reverberation when correctly sized and positioned. Primarily an interior acoustic product. | Limited
Usually suitable for dry interiors; moisture exposure can affect appearance, adhesives, and dimensional stability. | Fire performance varies by fibre content, density, backing, coating, and mounting method. Request product-specific test results. | Very low weight and efficient transport; panels can be compressed, bent, or contaminated if not adequately protected. | Use breathable protective packaging, flat support, clean handling procedures, and separate cartons for finished surfaces. | Confirm acoustic test data such as sound absorption coefficients, fire classification, VOC emissions, recycled-content evidence, and cleaning guidance. | Best for acoustic interiors
Choose when sound control is more important than exterior weather resistance or wet-area durability. |
| Wood-Based Decorative Panels | Residential interiors, hospitality, offices, retail displays, feature walls, and warm, natural-look fit-outs. | Good visual appeal and machinability. Performance depends on wood species, panel core, surface finish, and environmental control. | Moderate to limited
Moisture-resistant grades exist, but most products require controlled interior humidity and protected edges. | Wood products are combustible. Fire-retardant treatments and tested assemblies may be required for public, high-rise, or escape-route applications. | Medium weight; sensitive to humidity changes, edge impact, surface scratching, and prolonged exposure to rain during transit. | Use dry, ventilated packaging, moisture indicators where appropriate, corner protection, and flat storage with controlled humidity. | Check formaldehyde-emission class, legal timber sourcing requirements, fire classification, coating safety, and documentation for sustainable-material claims. | Good for premium interiors
Best where appearance is important and the project can maintain suitable indoor conditions. |
| Natural Stone or Porcelain Panels | Premium façades, bathrooms, kitchens, hospitality interiors, lobbies, and high-durability feature walls. | Hard, durable, and visually stable. Porcelain is generally more consistent in thickness and absorption than natural stone. | Excellent
Porcelain has very low water absorption; natural stone performance varies by type, finish, and sealing. | Mineral panels are generally non-combustible, but adhesives, backing systems, insulation, and support details must still be assessed. | High risk of freight damage from weight, vibration, and edge impact; shipping cost can be substantial for large-format panels. | Use A-frame or engineered crates, shock-resistant separators, moisture protection, lifting instructions, and breakage inspection at delivery. | Verify slip resistance where relevant, dimensional tolerances, water absorption, frost resistance, structural fixing data, and packaging timber treatment. | Premium durability option
Recommended when lifecycle performance justifies higher material and logistics costs. |
| Gypsum Fibre or Cementitious Interior Boards | Interior partitions, lining systems, impact-resistant walls, fire-rated assemblies, and dry or semi-humid commercial interiors. | Good substrate stability, acoustic potential, and compatibility with partition systems. Requires proper jointing and framing. | Good
Moisture-resistant grades are available, but standard boards are not intended for continuous water exposure. | Performance is determined by the complete wall assembly, including board layers, framing, insulation, fasteners, joints, and penetrations. | Medium to high weight with relatively efficient flat-pallet shipping; boards are vulnerable to broken corners and moisture damage. | Keep pallets level and dry, protect corners, avoid overhang, and use weatherproof wrapping without trapping condensation. | Request assembly-based fire and acoustic reports, moisture classification, emissions documentation, dimensions, tolerances, and installation manuals. | Reliable system component
Suitable when the buyer needs documented partition, fire, or acoustic performance. |
