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In harsh environments such as shipbuilding, oil and gas, and chemical processing plants, as well as in similar applications in other industries, correctly and safely installing communication cables and power cables is a major challenge. This task needs to be taken extremely seriously; otherwise, facilities and personnel may face greater risks of injury or other adverse effects. To ensure appropriate cable fixing solutions in such harsh environments, the use of 304 stainless steel cable ties is often specified.
In harsh environments, it is necessary to procure stainless steel products that meet at least AISI 304 grade, and in many cases, when better corrosion protection is needed, upgrading to AISI 316 grade would be more prudent. 304 stainless steel cable ties have strong resistance to various corrosive environments, such as contact with chemicals, radiation, and harsh weather, including the capability for underground installation. The surface of 304 stainless steel cable ties has a protective film, which is a relatively thin, molecularly stable chromium oxide film that effectively prevents oxygen atoms from penetrating, thereby providing excellent rust resistance. Additionally, 304 stainless steel cable ties are non-flammable and UV-resistant, and can be installed and used under extreme temperatures.
Installers need to spend more time installing these cable ties. Therefore, besides the necessity of wearing gloves, another key factor to pay attention to is the smoothness of the tie edges. The rounder the edges, the safer and more convenient it is for installers to use them.
In many industry applications, vibration is common, causing installed cables to tremble, which can even result in bundles loosening and spreading, posing extreme danger. Therefore, it is crucial to use tested, verified, and industry-leading 304 stainless steel cable ties. 304 stainless steel cable ties must have robust designs that do not loosen with use, ensuring the integrity and safety of infrastructures even under significant vibration.
Similarly, these applications also require that the ties have high-rated tensile strength for interlocking, also known as break strength. The tensile strength value is measured in newtons or pounds; the higher the value, the stronger the tie. If the product provides a wide range of interlocking tensile strengths to meet all your needs, it can ensure safety during use while effectively controlling the total operating costs.
Selecting good 304 stainless steel cable ties is a crucial step. How to use stainless steel cable ties? To ensure complete installation success, reliable installation tools must also be used. The main function of this tool is to securely and correctly fasten the tie around the bundle, and then cut off the excess tie material without leaving any sharp edges that could pose a danger, thus avoiding causing injuries.
We offer comprehensive 304 high-quality stainless steel ties with a smooth surface. These 304 stainless steel cable ties are safer for installers and prevent cable sheath/insulation wear, offering high cost-effectiveness to meet any application needs in harsh environments.