Traditional Wooden Channels | Residential construction, light-duty projects | Pine/Cedar (ASTM D143), 1.8 kg/m (ISO 3801), 150 MPa structural strength | Lightweight, easy to cut, cost-effective for small-scale projects | Prone to rot/moisture damage, lower load capacity, requires frequent treatment |
Standard Steel Furring Channels | General construction, non-corrosive environments | Carbon steel (ASTM A36), 2.8 kg/m, 500 hours corrosion resistance (ASTM B117) | Widely available, lower cost, standard structural strength (250 MPa) | Susceptible to rust without coating, heavier, requires painting for longevity |
Our Base Metal Furring Channel | Office buildings, roofing, moderate environments | Galvanized steel (ASTM A153, 55-70 µm coating), 2.5 kg/m, 1000 hours corrosion ▲ | ▲ 50% better corrosion resistance than Standard Steel, moderate cost | Slightly higher cost, requires proper installation tools for optimal use |
Our Advanced Metal Furring Channel | Coastal/industrial settings, heavy-duty use | Galvanized steel + epoxy (ASTM A879), 2.3 kg/m, 2000 hours corrosion ▲▲ | ▲▲ Double corrosion resistance of Base, lighter weight (ISO 3801), 300 MPa strength | Highest cost, specialized tools needed for installation, less flexible than wood |
Aluminum Furring Channels | Lightweight structures, aesthetic projects | Aluminum 6063 (ASTM B221), 1.5 kg/m, natural corrosion resistance (no coating) | Lightest option, corrosion-resistant without additives, sleek appearance | Lower structural strength (180 MPa), bends under heavy loads, higher upfront cost |
Structural Steel Beams | High-load applications, industrial frameworks | ASTM A992 steel, 4.0 kg/m, 350 MPa strength, 300 hours corrosion (needs painting) | Highest load capacity, durable for heavy-duty use | Heaviest option, requires frequent maintenance, costly for non-structural projects |