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High Tensile Winch Power Line Stringing Traction Rope
Introduction
Developed for the high-strength operation needs of winch traction, this product strictly complies with international standards, ensuring reliability under extreme working conditions through multiple quality inspection processes. The base material is imported high-strength UHMWPE fiber, which enhances structural stability through parallel arrangement and twisting technology. Combined with the dense braiding technology of the polyester outer layer, it forms a dual structure of "inner strength and outer protection" — the tensile strength of the inner core is 3 times that of ordinary steel wire ropes, and the wear resistance of the outer layer is 60% higher than that of conventional traction ropes, which can withstand repeated friction of winch drums and gravity pulling of high-voltage cables.
The product has excellent mechanical properties and environmental adaptability: under rated working load, the elastic elongation rate is only 2-3%, far exceeding the industry average, ensuring precise control during traction; the temperature resistance range covers -40℃ to 80℃, with stable performance in extreme climate environments such as alpine mountains and high-temperature deserts, and it is completely non-absorbent and non-moldy, with a strength retention rate of 100% in humid environments. The innovative anti-kinking design and torque balance structure can effectively offset the torsional force generated during winch traction, avoid rope winding on the drum, and reduce potential construction safety hazards. The joint breaking strength loss is controlled within 8%, far exceeding the industry standard requirement of 15%.
Parameter
| Type | Diameter | Unit | Breaking Strength ( Tons ) |
| UHMWPE | Φ4mm | M | 0.7 |
| Φ6mm | M | 1.8 | |
| Φ8mm | M | 3.5 | |
| Φ10mm | M | 6 | |
| Φ12mm | M | 9 | |
| Φ14mm | M | 13.5 | |
| Φ16mm | M | 16 | |
| Φ18mm | M | 20 | |
| Φ20mm | M | 31 |
Advantages
High Strength: Electric traction ropes can withstand significant pulling forces, ensuring reliable operation even under heavy loads, preventing breakage during cable or wire deployment.
Lightweight Design: Despite their strength, they are lightweight, making them easy to handle, transport, and install, reducing labor intensity and logistical challenges.
Excellent Wear Resistance: Their outer layers are engineered to resist abrasion, maintaining integrity over repeated use and rough handling, thus extending service life.
High Flexibility: These ropes can bend smoothly around pulleys and corners without kinking, enabling efficient and safe operation in complex traction systems.
Weather - Resistant: Built to endure harsh environmental conditions like extreme temperatures, moisture, and UV radiation, ensuring consistent performance in various outdoor applications.
High Tensile Winch Power Line Stringing Traction Rope
Introduction
Developed for the high-strength operation needs of winch traction, this product strictly complies with international standards, ensuring reliability under extreme working conditions through multiple quality inspection processes. The base material is imported high-strength UHMWPE fiber, which enhances structural stability through parallel arrangement and twisting technology. Combined with the dense braiding technology of the polyester outer layer, it forms a dual structure of "inner strength and outer protection" — the tensile strength of the inner core is 3 times that of ordinary steel wire ropes, and the wear resistance of the outer layer is 60% higher than that of conventional traction ropes, which can withstand repeated friction of winch drums and gravity pulling of high-voltage cables.
The product has excellent mechanical properties and environmental adaptability: under rated working load, the elastic elongation rate is only 2-3%, far exceeding the industry average, ensuring precise control during traction; the temperature resistance range covers -40℃ to 80℃, with stable performance in extreme climate environments such as alpine mountains and high-temperature deserts, and it is completely non-absorbent and non-moldy, with a strength retention rate of 100% in humid environments. The innovative anti-kinking design and torque balance structure can effectively offset the torsional force generated during winch traction, avoid rope winding on the drum, and reduce potential construction safety hazards. The joint breaking strength loss is controlled within 8%, far exceeding the industry standard requirement of 15%.
Parameter
| Type | Diameter | Unit | Breaking Strength ( Tons ) |
| UHMWPE | Φ4mm | M | 0.7 |
| Φ6mm | M | 1.8 | |
| Φ8mm | M | 3.5 | |
| Φ10mm | M | 6 | |
| Φ12mm | M | 9 | |
| Φ14mm | M | 13.5 | |
| Φ16mm | M | 16 | |
| Φ18mm | M | 20 | |
| Φ20mm | M | 31 |
Advantages
High Strength: Electric traction ropes can withstand significant pulling forces, ensuring reliable operation even under heavy loads, preventing breakage during cable or wire deployment.
Lightweight Design: Despite their strength, they are lightweight, making them easy to handle, transport, and install, reducing labor intensity and logistical challenges.
Excellent Wear Resistance: Their outer layers are engineered to resist abrasion, maintaining integrity over repeated use and rough handling, thus extending service life.
High Flexibility: These ropes can bend smoothly around pulleys and corners without kinking, enabling efficient and safe operation in complex traction systems.
Weather - Resistant: Built to endure harsh environmental conditions like extreme temperatures, moisture, and UV radiation, ensuring consistent performance in various outdoor applications.
