Temperature Resistance | Oil/gas pipelines in extreme environments | Industry Standard: 100°C (ASTM D1243) Our Base: 120°C (ASTM D1243) ▲ Our Advanced: 150°C (ASTM D1243) ▲▲ | Handles high-temperature pipelines (e.g., refineries) | Advanced versions may require specialized installation tools for heat application |
Corrosion Protection | Marine or chemical plants | Industry Standard: 200hr salt spray (ASTM B117) Our Base: 500hr (ASTM G154) ▲ Our Advanced: 1000hr (ASTM G154) ▲▲ | Protects against harsh chemicals and seawater corrosion | Higher corrosion resistance adds cost to material production |
Material Composition | Industrial insulation | Industry Standard: PE (ISO 9282, 250μm) Our Base: HDPE (ISO 9282, 300μm) ▲ Our Advanced: Cross-linked HDPE (ISO 9282, 400μm) ▲▲ | Enhanced durability and longevity with cross-linking | Thicker materials may increase installation labor time |
Rated Voltage | Electrical insulation systems | Industry Standard: 6kV (IEC 62067) Our Base: 10kV (IEC 62067) ▲ Our Advanced: 15kV (IEC 62067) ▲▲ | Supports high-voltage applications (e.g., power transmission pipelines) | Higher voltage ratings require thicker insulation layers, increasing bulk |
Insulation Performance | Cryogenic or high-pressure lines | Industry Standard: 0.5 W/m·K (ASTM C518) Our Base: 0.3 W/m·K (ASTM C518) ▲ Our Advanced: 0.2 W/m·K (ASTM C518) ▲▲ | Reduces heat loss in LNG pipelines or industrial chillers | Lower thermal conductivity may limit flexibility in tight spaces |
Flexibility & Fit | Complex pipe geometries | Industry Standard: Bend radius ≥ 3xD (ISO 1120) Our Base: 2.5xD (ISO 1120) ▲ Our Advanced: 2xD (ISO 1120) ▲▲ | Easier installation on bends and irregular pipe layouts | More flexible materials may have slightly reduced tensile strength |