Introductio ad anti-de pede modi partes valvae

Ut nos omnes scitis, et corrosio damna ex habet metallum magnum momentum in vitam, fidem et ministerium in salutem valvae. Ex causis mechanicis et mordax nimis metalli effectus crescit in contactu superficiei summa gerunt. Quod totalis superficies frictio est moles conterentesvalvaeper operationem. Per operationem Deivalvae, the frictional surface is worn and damaged due to the simultaneous mechanical action and the chemical or electrochemical interaction between the metal and the environment. For valvaes, the climatic conditions of their pipelines are complicated; the presence of hydrogen sulfide, carbon dioxide and certain organic acids in media such as oil, natural gas and oil layer water increases the destructive power of the metal surface, which quickly loses its ability to work.

Corrosiovalvae is usually understood as the damage to the metal material of the valvae under the action of a chemical or electrochemical environment. As the corrosion phenomenon occurs in the spontaneous interaction between the metal and the surrounding environment, how to isolate the metal from the surrounding environment or use more non-metallic synthetic materials has become a common concern of people.

Sunt quatuor modi minus principalis corrosio metallumvalvaeset partes:
1. Pone veteres fumus volatile corrosio in atmosphaera precursor (obice involvent illud cum charta, aeris ictu ad prohibere qui per eos transeat a productum ad aethereum thalamum, etc.).

2. aqua et Vocatus Use saepta versantur.

3. applicare anti-tenui pede (tutela) in materia superficiesvalvaeet partibus eius.

4. tunica clausus amet, tenuis iacuit super superficies polymervalvae et partibus eius.