Cathodic protection - Import export

Cataphoresis (cathodic Protection) coating heaters are produced in Turkey under the Alphaworld brand. Domestic production cataphoresis (cathodic protection) Coating Rectifiers are under warranty for 2 years against manufacturing and workmanship defects. All products produced by Alphaworld have a 15-year spare parts warranty. Technical service is provided 24 hours a day, 7 days a week in 81 provinces. Technical information of our product is in the detail section below. Targeted Gains with Cataphoresis Coating Rectifier Prices Cataphoresis coating rectifier is used to make materials more resistant to corrosive effects such as water. It is also known as cathodic protection coating rectifier. These coating rectifiers are frequently applied on surfaces in contact with external abrasives, especially pipelines. In fact, this device can be described as a type of metal plating rectifier. During the coating process, the product is coated with a metal material that has high durability.

Our Company Capability Statement has been updated detailing a comprehensive list of our services, a summary of our recent key experience and what sets us apart from our competitors.

Our Company Capability Statement is also available in Portuguese, detailing a comprehensive list of our services, a summary of our recent key experience and what sets us apart from our competitors

Our Company Capability Statement is also available in Spanish, detailing a comprehensive list of our services, a summary of our recent key experience and what sets us apart from our competitors

Our Company Capability Statement is also available in Arabic, detailing a comprehensive list of our services, a summary of our recent key experience and what sets us apart from our competitors

Touching-up damaged points on galvanised surfaces, for example after welding, drilling or cutting processes Priming of ferrous metals when zinc galvanising cannot be carried out. For example, in vehicle and ship repairs, in steel building construction, civil engineering and bridge building, in tank and overhead line construction, on grids, fence and traffic signal posts, exhaust systems, drain gutters Also suitable for spot welding thanks to the good electrical conductivity Advantages and benefits Highly effective due to active, cathodic corrosion protection Versatile use as durable corrosion protection at thermally stressed metal parts Highly economical due to low consumption and self-cleaning spray valve Supplements galvanising and forms a rough adhesive surface for subsequent painting

In order to be able to benefit from the excellent strength values of carbon steels in a heavily corrosive environment – in comparison with expensive stainless steels – Zinc Lamella Coating can be used. Our Zinc Lamella Coating generates the so-called cathodic protection. The more ignoble zinc “sacrifices” itself to protect the base material. Steel can be protected in this way. The layer thickness is between 10 μm and 25 μm, for specific requirements thicker layers are possible. For metric threated parts it is necessary to meet the tolerances according to ISO 965, to avoid the screw thread‘s agglutination and to keep the friction coefficients accordingly adjustable. In contrast to paints, where the danger infiltration is given, this phenomenon is prevented through the „sacrificing“ impact of zinc. In salt spray tests zinc lamella coatings achieve better results than typical galvanic zinc plating, which often only reaches 96 h to 200 h in salt spraying tests (usually according...

One of the most important application areas for electroplated layers is (cathodic) corrosion protection. By applying a metallic protective layer to components that are susceptible to corrosion or exposed to the weather, their lifespan can be significantly increased. In the area of corrosion protection, metals such as nickel, copper, chrome, and zinc are used, among others.

In order to protect pipelines from damage (e.g. during construction activities), they are regularly inspected on foot, from a vehicle or helicopter. Practical experience has shown, however, that these methods do not ensure continuous and comprehensive monitoring. PipeMon+® closes this gap, allowing appropriate measures to be taken immediately when a pipeline is suddenly damaged. OGE has developed a pipeline monitoring method based on the principle of cathodic protection (CP). When a cathodically protected pipeline is damaged by construction equipment (excavator, drill, rotary cultivator, etc.), the protective current distribution on the pipeline changes. Using appropriate sensors and special analysis methods, these events can be detected in real time.