One of the key ingredients behind the mysterious strength of DuraTek is Kevlar. The extremely robust fiber is used worldwide: In bulletproof vests, crash helmets, surfboards and even in sports equipment for extreme athletes. The strong Kevlar fibres are integrated into the cable to give it ultimate resilience. The flexible fibres are resistant to elongation and thus provide the necessary structure to protect the internal wires from damage. Double braided nylon. The outer cable sheathing is made of a high quality and durable nylon. Double braiding is a technique that is also used for making ropes, as it ensures maximum strength and higher load-bearing capacity. In the cable, many wires are placed side by side to improve functionality and connectivity. The insulation protects the wires from damage when the cable is bent and stretched, but can also lead to stiffness, so that the elasticity of the cable is affected by it. The highly flexible insulation in DuraTek reduces friction so that the cable can be easily bent and the wires can move within the cable without breaking. The strain relief, at the point where the cable meets the connection head, is longer than with other cables. TPE provides more flexibility and the longer strain relief reliably absorbs stresses. It also strengthens the connection from the cable to the connection head to prevent disconnection. In tests with more than 5000 passes, in which the cable was bent by 180 degrees, the cable proved to be extremely resistant to splitting and breakage. TPE is not only flexible and soft, it also has a better feel and is more environmentally friendly than standard PVC.
One of the key ingredients behind the mysterious strength of DuraTek is Kevlar. The extremely robust fiber is used worldwide: In bulletproof vests, crash helmets, surfboards and even in sports equipment for extreme athletes. The strong Kevlar fibres are integrated into the cable to give it ultimate resilience. The flexible fibres are resistant to elongation and thus provide the necessary structure to protect the internal wires from damage. Double braided nylon. The outer cable sheathing is made of a high quality and durable nylon. Double braiding is a technique that is also used for making ropes, as it ensures maximum strength and higher load-bearing capacity. In the cable, many wires are placed side by side to improve functionality and connectivity. The insulation protects the wires from damage when the cable is bent and stretched, but can also lead to stiffness, so that the elasticity of the cable is affected by it. The highly flexible insulation in DuraTek reduces friction so that the cable can be easily bent and the wires can move within the cable without breaking. The strain relief, at the point where the cable meets the connection head, is longer than with other cables. TPE provides more flexibility and the longer strain relief reliably absorbs stresses. It also strengthens the connection from the cable to the connection head to prevent disconnection. In tests with more than 5000 passes, in which the cable was bent by 180 degrees, the cable proved to be extremely resistant to splitting and breakage. TPE is not only flexible and soft, it also has a better feel and is more environmentally friendly than standard PVC.
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One of the key ingredients behind the mysterious strength of DuraTek is Kevlar. The extremely robust fiber is used worldwide: In bulletproof vests, crash helmets, surfboards and even in sports equipment for extreme athletes. The strong Kevlar fibres are integrated into the cable to give it ultimate resilience. The flexible fibres are resistant to elongation and thus provide the necessary structure to protect the internal wires from damage. Double braided nylon. The outer cable sheathing is made of a high quality and durable nylon. Double braiding is a technique that is also used for making ropes, as it ensures maximum strength and higher load-bearing capacity. In the cable, many wires are placed side by side to improve functionality and connectivity. The insulation protects the wires from damage when the cable is bent and stretched, but can also lead to stiffness, so that the elasticity of the cable is affected by it. The highly flexible insulation in DuraTek reduces friction so that the cable can be easily bent and the wires can move within the cable without breaking. The strain relief, at the point where the cable meets the connection head, is longer than with other cables. TPE provides more flexibility and the longer strain relief reliably absorbs stresses. It also strengthens the connection from the cable to the connection head to prevent disconnection. In tests with more than 5000 passes, in which the cable was bent by 180 degrees, the cable proved to be extremely resistant to splitting and breakage. TPE is not only flexible and soft, it also has a better feel and is more environmentally friendly than standard PVC.
One of the key ingredients behind the mysterious strength of DuraTek is Kevlar. The extremely robust fiber is used worldwide: In bulletproof vests, crash helmets, surfboards and even in sports equipment for extreme athletes. The strong Kevlar fibres are integrated into the cable to give it ultimate resilience. The flexible fibres are resistant to elongation and thus provide the necessary structure to protect the internal wires from damage. Double braided nylon. The outer cable sheathing is made of a high quality and durable nylon. Double braiding is a technique that is also used for making ropes, as it ensures maximum strength and higher load-bearing capacity. In the cable, many wires are placed side by side to improve functionality and connectivity. The insulation protects the wires from damage when the cable is bent and stretched, but can also lead to stiffness, so that the elasticity of the cable is affected by it. The highly flexible insulation in DuraTek reduces friction so that the cable can be easily bent and the wires can move within the cable without breaking. The strain relief, at the point where the cable meets the connection head, is longer than with other cables. TPE provides more flexibility and the longer strain relief reliably absorbs stresses. It also strengthens the connection from the cable to the connection head to prevent disconnection. In tests with more than 5000 passes, in which the cable was bent by 180 degrees, the cable proved to be extremely resistant to splitting and breakage. TPE is not only flexible and soft, it also has a better feel and is more environmentally friendly than standard PVC.
Last updated at 02/10/2024 19:17:50
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