Safeguarding Metals Against Oxidation Corrosion, a chemical process in which a metal reacts with its environment and oxidizes, represents a significant threat to the integrity of metals, with potential economic and environmental repercussions. There are two main forms of corrosion: internal and external. Internal corrosion develops inside metals, such as in pipelines or ducts, while external corrosion affects the surface of metals exposed to the elements. Corrosion inhibitors Corrosion inhibitors are substances designed to reduce the rate of corrosion in metals and can be chemical, physical or biological. Chemical inhibitors are the most common, forming a barrier between the metal and its environment to prevent oxidation. Physical inhibitors alter the physical properties of the metal, making it more resistant to corrosion. Biological inhibitors employ microorganisms to degrade corrosion products. NP1: An External Corrosion Inhibitor NP1, developed by a Mexican materials engineering laboratory, is an environmentally friendly external corrosion inhibitor made from vegetable fats. This product forms an invisible barrier on the surface of metals, preventing oxygen and moisture from reacting with the metal, thus protecting it against corrosion. NP1 has proven effective in laboratory and field conditions, protecting metals for up to 6 months in corrosive environments, such as those exposed to the elements in coastal areas. Benefits of Using NP1 Effective Corrosion Protection: NP1 has demonstrated its ability to protect metals for up to 6 months in corrosive environments. Sustainability: NP1 is an ecological product, made from vegetable fats. Ease of Use: NP1 is easy to apply and does not require constant maintenance. Conclusion Corrosion inhibitors represent an essential tool to preserve metals from oxidation. NP1 emerges as an effective and sustainable external corrosion inhibitor , capable of extending the life of metals and ensuring their continued protection.

NP1 Product Performance The NP1 product is a patented plant-based coconut inhibitor developed by Mexican scientists. It is used to protect metal surfaces from corrosion and wear. The product has a yield of 9 square meters per liter, which means that one liter of product can cover 9 square meters of metal surface. Performance Examples A 340ml can of NP1 has a coverage of approximately 3.06 square metres. This means that it can be used to seal a metal surface of approximately 3.06 square metres. Smell and appearance NP1 has a pleasant, coconut-like smell. Once applied to metal, the liquid becomes clear. Instructions for use and application To obtain the best performance from the NP1 product, it is recommended to follow these instructions: The surface to be sealed must be clean and dry. NP1 can be applied over existing paints. It is recommended to sand the surface so that the NP1 product adheres better. An even layer of product should be applied to the surface. The product must be allowed to dry completely before applying the next coat. Conclusion NP1 is a high quality product that provides long lasting protection against corrosion and wear. The yield of NP1 is 9 square meters per liter, making it a cost effective option for sealing metal surfaces.

The process of protecting your metal assets begins with the correct application of the NP1 corrosion inhibitor. Below we explain step by step how to do it: a. Cleaning: Before applying NP1, make sure the metal surface is clean and free of impurities. b. Application: Using a clean cloth or brush, apply an even layer of NP1 to the metal surface. c. Drying: Allow the product to dry naturally. Rinsing is not necessary. Application frequency: To ensure optimal protection, it is advisable to reapply NP1 every 6 months.