At Advanced Technical Products, we develop advanced High-Temperature Coatings designed to protect metals during some of the most demanding manufacturing processes. When metals enter heat treatment, forging, or high-temperature processing, they face two major threats: oxidation and decarburization. Both can severely impact part quality, reduce yield, and increase production costs. Our coatings are engineered to prevent these issues by forming a durable, high-performance barrier throughout the thermal cycle.

To understand the value of these coatings, it helps to look at the science behind them. Oxidation occurs when hot metal reacts with oxygen, forming scale that weakens the surface and alters dimensions. Decarburization happens when carbon diffuses out of the steel, reducing hardness and mechanical strength. Without protection, these reactions are unavoidable in high-temperature environments.

Our High-Temperature Coatings are formulated to prevent oxygen from reaching the metal surface while simultaneously stabilizing carbon at the molecular level. This dual protection ensures that parts maintain their mechanical properties, surface hardness, and dimensional accuracy from the beginning of the heating process to the final cooldown.

One of the key advantages of using protective coatings is the reduction in post-processing labor. When oxidation is prevented, scale removal becomes unnecessary or significantly reduced, saving both time and tooling wear. In addition, preventing decarburization preserves the surface hardness needed for high-wear applications, minimizing the risk of premature component failure after installation.

These coatings also support cleaner, more controlled furnace environments. By reducing scale and carbon loss, they help extend furnace life, protect fixturing, and maintain consistent heating conditions. Manufacturers in aerospace, automotive, medical, and heavy industrial sectors rely on these protective solutions to deliver consistent, repeatable results for mission-critical components.

At ATP, we engineer coatings based on the specific metals, temperatures, and processing conditions of each customer. This tailored approach ensures the protection aligns with real-world needs and maintains performance across multiple production cycles. By choosing advanced High-Temperature Coatings, manufacturers gain a reliable method for preserving metal quality, improving yield, and reducing total production cost.