Corrugated Plastic Conduit (Our Base) | Residential drainage, cable protection | - Material: Polyethylene (ASTM D1243) - Bend Radius: 25mm (ASTM F1921) - Weight: 0.5 kg/m (easier to handle than rigid PVC) | ▲ Flexible for tight spaces Lightweight Corrosion-resistant | Lower load capacity (max 500N/m²) Limited UV resistance (not ideal for outdoor) |
Corrugated Plastic Conduit (Our Advanced) | Industrial installations, outdoor use | - Material: UV-treated Polypropylene (ASTM D4329) - Bend Radius: 20mm (ASTM F1921) - Thickness: 3mm (ISO 3801) ▲ - Certifications: EPR + CE | ▲ Enhanced UV resistance Higher pressure rating (800N/m²) ISO-compliant durability | Slightly heavier than Base version Higher cost than Base |
Rigid PVC Conduit (Industry Standard) | Commercial buildings, high-pressure systems | - Material: PVC (ASTM D2464) - Pressure Rating: 100 psi (ASTM F493) - Non-flexible design | High pressure resistance Chemical resistance (ASTM D543) | Brittle (prone to cracking) Requires elbows for bends Heavier (1.2 kg/m) |
Flexible Metallic Conduit (Industry Standard) | Industrial machinery, hazardous zones | - Material: Galvanized Steel (ASTM A53) - Bend Radius: 6× diameter (NEC) - Heavy-duty coating | ▲ Protection against physical damage High strength (1,500N/m²) | Heavy (2.5 kg/m) Expensive Rust risk without coating |
HDPE Conduit (Industry Standard) | Underground utilities, corrosive environments | - Material: HDPE (ASTM D3350) - Corrosion Resistance: ASTM D543 compliant - UV Resistance: ASTM D4329 compliant | ▲ Long lifespan (50+ years) Non-conductive Chemical resistance | Stiffer than corrugated (harder to bend) Requires tools for installation |
Fiberglass Conduit (Industry Standard) | High-temperature areas, chemical plants | - Material: Fiberglass (ASTM D790) - Temperature Resistance: -40°C to 120°C (ASTM D648) - Non-conductive | ▲ Withstands extreme temps/chemicals Lightweight for its strength | Brittle (risk of cracking) High cost Specialized installation required |