Ceramic Fiber Rope (Ours) | High-temperature insulation (kilns/furnaces) | Industry Standard: SiO₂ 40%, Al₂O₃ 35% (ISO 572) Our Base: SiO₂ 45%, Al₂O₃ 40% (▲ ASTM C795) Our Advanced: SiO₂ 48%, Al₂O₃ 42% (▲▲ ASTM C795) | ▲▲ 1400°C max temp (Advanced) vs 1260°C (Base) Lightweight, flexible | Higher cost than metallic ropes; lower tensile strength compared to steel |
Metallic Rope (Stainless Steel) | Heavy machinery, lifting, marine | Industry Standard: 1770°C melting point (ASTM A182) Our Base: 1700°C (▲ EN 10215) Our Advanced: 1800°C (▲▲ EN 10215) | ▲▲ High tensile strength (2000 N/mm²) Corrosion-resistant | Heavy, conducts heat, not suitable for extreme thermal cycling |
Fiberglass Rope | Chemical handling, electrical insulation | Industry Standard: 200°C max temp (ISO 11337) Our Base: 250°C (▲ ASTM D3895) Our Advanced: 300°C (▲▲ ASTM D3895) | Chemical resistance (ASTM D543), non-conductive | Brittle at low temps; limited heat resistance vs ceramic fiber |
Aramid Rope (e.g., Kevlar®) | Cut-resistant gear, aerospace | Industry Standard: 250°C continuous use (ASTM D4966) Our Base: 300°C (▲ ISO 13934-1) Our Advanced: 350°C (▲▲ ISO 13934-1) | ▲▲ High tensile strength (3500 N/mm²) Lightweight | Degradation in UV exposure; costly for large-scale use |
Carbon Fiber Rope | High-strength applications (rock climbing) | Industry Standard: 300°C max temp (ASTM D790) Our Base: 350°C (▲ ISO 527-5) Our Advanced: 400°C (▲▲ ISO 527-5) | ▲▲ 4500 N/mm² tensile strength (Advanced) Low stretch | Expensive; brittle under repeated stress; poor chemical resistance |
Refractory Rope (Alumina-Silica) | Industrial furnace sealing | Industry Standard: 1300°C max temp (ISO 10815) Our Base: 1350°C (▲ ASTM C795) Our Advanced: 1450°C (▲▲ ASTM C795) | ▲▲ Superior thermal shock resistance Lightweight insulation | Requires frequent replacement in abrasive environments; complex installation |