The Benefits of Coating a Product With a Surface Treatment

Coating a product with a surface treatment is an excellent way to increase its durability and reduce maintenance costs. The coating provides additional protection from rust, corrosion, and other common problems that can cause a product to fail. It also reduces the risk of damage from water, chemicals, and harsh environments. Coatings can be applied to non-ferrous and ferrous metals. Most commonly, these coatings are applied to steel, aluminium, copper, and brass.

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Surface coatings improve the functionality of a product by reducing the friction between two objects. These coatings also reduce the risk of mechanical damage caused by corrosion. Corrosion is a major concern in the industrial world and costs 2.2 trillion dollars annually. The application of a protective coating helps extend a product’s life by protecting it from wear, enhancing lubrication, and increasing structural integrity. For details on the benefits of Plasma Spray coatings, go to

Choosing a suitable coating is an important step in developing a product. It helps reduce costs, reduce manufacturing time, and improve part performance in the field. Advanced surface chemistries can also create unique properties that help extend the functionality of a product. One such property is softness. This property is particularly valuable when manufacturing products that are susceptible to damage due to temperature and solvents.

As a result, surface treatments are a key part of medical device innovation. When applied correctly, surface treatments can deliver excellent results. With these advantages, OEMs are looking for ways to simplify the manufacturing process and improve patient outcomes. Using low-particulate alternatives and low-particulate coatings, OEMs are finding new ways to streamline the design process.

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Surface treatment can also improve wettability. Poor wettability can make a part difficult to bond with another material. Surface treatments can improve the wettability of a material by raising its surface energy, which can improve adhesive properties. Some of the most advanced surface treatments use high-voltage discharge in air, which accelerates free electrons in the gas. Electron avalanching creates bonding sites on the surface and improves adhesion between different materials.

Surface treatment creates a sleek finish on a product while maintaining its integrity. Products coated with surface treatments have multiple uses, from pallet jack handles to guardrails. A coating can also be applied to food items. This type of surface treatment is a great way to protect foods from contamination. In addition, coating can reduce scrap and maximise manufacturability.

Surface treatment is an important process for many industries. For example, medical devices are manufactured using advanced adhesives. In these processes, lubricity is an important factor to improve repeatability and quality.


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