WHY WE NEED TO USE OIL-RESISTANT CABLES IN INDUSTRIES

Nowadays, the requirements of the industrial environment are increasingly complex and up to date with new trends. For some special fields with harsh production environments, it is important to use electrical products and equipment with suitable properties and technical data, because this contributes to ensuring the stable operation of the factory system determined and effective. In particular, in factories such as chemical processing plants, F&B factories, the oil and gas industry, etc., cables are often exposed to oil and chemicals due to leakage from equipment and machinery. Therefore, resistance to oil and chemicals is a requirement that these cables need to meet.

Each industry has its own properties that require corresponding technical requirements. If in factories with high-temperature and flammable working environments, it is necessary to limit short-circuit or fire, fire-resistant and fire-retardant cables are the right choices to solve this problem. On the other hand, electric cables in production environments that use a lot of oil and cleaning chemicals will have to come into frequent contact with these substances. Therefore, if these cables do not have custom characteristics or designs, they will suffer from internal and external quality problems, adversely affecting the entire plant system.

Some effects when cables are exposed to oily and chemical environments for a long time such as:

• Cracking

When operating for a long time in an oily environment, the plastic in the cable will gradually be removed, making the insulation and outer sheath brittle, and fragile, and causing cracking.

• Swelling

The cable is immersed in the oil environment for a long time, and the oil will seep into the sheath, at this time the diameter of the insulation and protective sheath increases significantly, causing the cable to swell.

All four of the above phenomena cause negative effects on the cable, making the signal transmission unstable and reducing the plant's performance. It even causes a short circuit or a fire, causing the factory to stop production. For these reasons, in addition to regularly checking electrical systems and equipment for timely repair, you should choose cables with suitable properties, oil resistance, and chemical resistance to save money on the repair budget, and contribute to ensuring safety.

Oil-resistant cables have different designs and properties. In particular, the oil-resistant cables are announced through the attached product documentation of the manufacturer. Some basic information is mentioned such as oil type name, oil resistance level, attachment standard name (UL, Oil Res I, and Oil Res II), and many more parameters. Depending on the different properties of the production environment, we can adjust the design of the cable to best suit it, ensuring that the wire's technical requirements are compatible with the factory environment.