Product description:
The sailboat ropes on a sailboat can be understood as "multiple ropes used to adjust the navigate and tie the ship". Requirements include tensile strength, impact resistance, wear resistance, flexibility, and softness. Due to long-term operation at sea and high frequency of use, with the elimination of commonly used materials such as steel rope, hemp or cotton rope in the past, the emergence of synthetic fibers not only increases its service life, but also increases its safety performance! Each rope has its fixed purpose, and of course, not all ships have so many ropes! Before you purchase a sailboat rope, you need to determine the purpose of the boat - racing or leisure boat! There are also significant differences in the selection of ropes for two different uses. The sea is not always smooth. There are rainstorm and gale from time to time, and they may face danger at any time. At this time, the rope of the ship is very important, as it needs to resist the invasion of storms to avoid damage to the ship. Solved the rope problem, but did not successfully solve the suffering. At the same time, the correct tying way of the ship's knot is also important, and there are different tying methods for different purposes.Nowdays,Aramid Fiber Products have gradually been applied in the offshore field, especially Aramid Fiber String.
Products details |
Product | Aramid fiber rope |
Material | 100% aramid fiber |
Diameter | Customized |
Pattern | Braided |
Color | Yellow or customizd |
Temperature | -196℃ ~ +380℃ |
Package | Customized |
Application:
1. High-temp furnace and high-temp machinery series.
2. Mechanical wire series.
3. Cable wire series.
4. Fire safety series.
5. Car stereo wire series.
Product Tech Data:
1.The high strength of aramid fiber is 6 times as strong as steel wire, 3 times as strong as glass fiber, and 2 times as strong as nylon industrial wire.
2.The tensile modulus of aramid fiber is 3 times that of steel wire, 2 times that of glass fiber and 10 times that of high-strength nylon industrial wire.
3.The continuous use temperature range of aramid fiber is extremely wide, which can use for a long time from -196℃ to +330℃. Shrinkage rate can be zero under the condition of 150 ℃, and can melt with high temperature of over 560 ℃.
4.Mechanical properties: strength: 3.6 GPa, elongation modulus: 131 GPa, breaking elongation: 2.8 %.
5.Thermal performance: the long-term use of temperature: 380 ℃, the axial thermal expansion coefficient: - 2 x 10 ^ (6)/K, thermal conductivity: 0.048 W (m, K).