The word “corrosion” comes from the Latin “corrodere” and means “to corrode.” At the very beginning of the use of metals, the problem of their protection from corrosion arose. People have tried in various ways to reduce the atmospheric impact on metal surfaces, using fat, oil, low-melting tin. Corrosion is an important problem that has to be faced during the operation of steel products. This primarily concerns pipelines. If the pipe is corroded, water or gas leakage can occur, which leads to serious consequences. Bleed rings is another addon part to protect your house pipelines from corrosion and junk. To get the high-quality bleed rings, consult Bleed Rings Houston.
In some apartments, the wiring is made of non-galvanized pipes, which makes it defenseless against corrosion. In this case, the seams may diverge, fistulas form. In order to avoid possible problems, it is worth replacing the pipes with stainless ones. If this is not possible, pipe corrosion protection is required. In order to prevent leakage of pipes as a result of corrosion of pipelines, equipment specifically designed to protect against such corrosive destruction should be used, or a composition should be applied to the corrosive surface to prevent corrosion of engineering systems.
In conditions of high humidity, there are cold water supply pipes. To protect them, it is worth using such soil compounds as: GF-032, EP-076, FL-053, etc. In addition, such pipes can be coated with any paint or enamel. Hot water pipes are painted only with oil paint. Pipelines that come into contact with cold air must be protected in advance, before laying communications. If this is not done, destruction under the influence of condensation will occur at a rapid pace.
Corrosion protection of engineering systems can take place in several ways that must be used. Before laying the pipeline, the pipes are covered with casein glue and cement in the required proportions (3: 1). As it dries, the layer is covered with linseed oil, paint. This corrosion protection option is old, time consuming and applicable when laying new lines. There is another more modern method, which is much more effective and much less labor-consuming – this is the installation of a VULCAN device on the pipelines of engineering networks.
Corrosion protection of water pipes can be carried out using both active and passive methods. The first option is electrical protection, the second is the process of insulating pipes outside and inside, as well as covering them with special shells. In most cases, pipes produced at the factory do not have a special anti-corrosion coating. Therefore, the corrosion protection of the water pipes must take place before the pipe-laying process, or during the pipe-laying itself. External insulation is carried out using bitumen-polymer, bitumen-mineral, ethylene and other coatings. Their choice will directly depend on the soil. Internal protection of cast iron or steel pipes is carried out with a cement coating, which is reliable and economical. In addition, cast iron pipes can be coated with petroleum bitumen. Paints and varnishes are also used, which are distinguished by an acceptable cost, and are also easily applied to the surface. The protective coating is applied only after the rust has been removed from the pipe. Electrochemical corrosion protection involves the application of a zinc coating to inhibit the deterioration of steel pipes. The use of the Vulcan in this case is referred to as an electrical method of protection. The use of the Vulcan device allows not to take additional measures to protect the internal cavities of pipelines, heat exchangers and tanks from the corrosion process, it successfully copes with this task alone.
Electrochemical corrosion protection involves the application of a zinc coating to inhibit the deterioration of steel pipes. The use of the Vulcan in this case is referred to as an electrical method of protection. The use of the Vulcan device allows not to take additional measures to protect the internal cavities of pipelines, heat exchangers and tanks from the corrosion process, it successfully copes with this task alone. Electrochemical corrosion protection involves the application of a zinc coating to inhibit the deterioration of steel pipes. The use of the Vulcan in this case is referred to as an electrical method of protection. The use of the Vulcan device allows not to take additional measures to protect the internal cavities of pipelines, heat exchangers and tanks from the corrosion process, it successfully copes with this task alone.
