Black oxide coating process results in superior performance at higher temperatures. Black oxide coatings can be used on carbon steel components that operate at high temperatures, helping to prevent the formation of rust, or corrosion. The mid-temperature black oxide process results in an even more durable surface than hot black oxide, and the room temperature process gives you a very durable, smooth surface that holds up well to environmental conditions.

Why Choose Black Oxide Coated Products?

Wax coatings give products such as paint cans, paper, cardboard, plastic containers and more a protective layer to reduce their propensity to rust and corrosion. This layer of wax is tough and durable and makes coated products more resistant to environmental damage than their uncoated counterparts.

The purpose of the wax coating is to protect the core from contaminants. This is done by adding wax to the copper surface. Wax is a sticky substance and will adhere to any contaminants on the metal.

Black oxide coating will protect the sharpness of your blades. When you buy new knives it will usually come with a black plastic wrap around it to keep it from coming in contact with your table or other objects. The black plastic wraps are not as sharp as the steel on your knives so they will get dull over time.

Adding tags to your products can help you determine what categories you have and what products are popular among them. Tags allow you to further categorize your product, which can then be searched to find the exact product that you want to buy.

What is the difference between hot and room temperature black oxide?

Hot black oxide is applied at a temperature of about 1000°F (538°C) or higher, which results in a thicker coating with a very hard surface. The hot black oxide will resist environmental exposure and can be used to protect carbon steel components from heat and corrosion. However, the thick coating makes hot black oxide more susceptible to chipping, so it is not recommended for high wear areas. Room temperature black oxide is applied at lower temperatures, which results in a thinner coating with a softer surface. Room temperature black oxide is used on components that do not require a hard, durable surface.

Advantages of Black Oxide Coating

The coating process is simple, quick, and cost effective compared to other painting processes, especially when considering the potential life cycle savings in terms of energy consumption and cost of operation. This can be of huge benefit to manufacturing companies looking to save money where energy efficiency is concerned. The benefits are not only cost-related. Black Oxide coatings offer improved corrosion resistance and enhanced wear resistance which makes it ideal for a wide range of industrial applications.

Reduction in energy costs Reduced maintenance costs Improved safety for workers and equipment Protection against corrosion Aerospace and defense industries have been using Black Oxide Coatings for many years. They have found them to be ideal for use on aircraft and missiles as well as other components that need to be protected from the elements.

What are some of the benefits of Black Oxide Coating? Reduction in energy costs Reduced maintenance costs Improved safety for workers and equipment Protection against corrosion Aerospace and defense industries have been using Black Oxide Coatings for many years. They have found them to be ideal for use on aircraft and missiles as well as other components that need to be protected from the elements.