Surface-treated

Surface-treated describes a material or object that has undergone a process to modify its external layer or surface properties. This can involve applying a coating, etching, polishing, or other treatment methods to alter characteristics like appearance, durability, adhesion, or resistance to corrosion, wear, or environmental factors. The goal is to enhance the material's performance, appearance, or usability, often tailoring it for specific applications. The specific process depends on the intended outcome and the nature of the base material. The process modifies the surface without fundamentally changing the underlying material.

Surface-treated meaning with examples

• The automotive parts underwent surface-treatment with a specialized anti-corrosion coating. This process greatly enhanced the lifespan of the vehicle components, ensuring they could withstand harsh weather conditions and road salt. The treated parts showed increased resistance to rust and maintained their structural integrity for longer periods, even with continuous exposure.
• Before the wood was painted, it received a surface-treatment to improve the paint's adhesion. This prepared the surface for a smooth, even application of the pigment. The treatment helped prevent chipping or peeling of the paint over time, leading to a much better finish and increased longevity of the painted product in varying climates.
• Medical implants often undergo surface-treatment to enhance biocompatibility. These treatments can make the implant more readily accepted by the body, reducing the risk of rejection or inflammation. The modified surface promotes cell adhesion and growth, improving the implant's integration with the surrounding tissues, and therefore increasing patient health outcomes.
• The plastic film received a surface-treatment that made it more resistant to scratching. This was necessary in order to be used as a screen protector. The additional protection from everyday wear and tear, such as keys or other abrasive items in one's pockets, greatly prolonged the clarity of the screen while extending the product's lifespan overall.
• The metal tools were surface-treated through a hardening process. The added abrasion resistance greatly improved the tools' ability to endure the wear and tear from repetitive use. The increased strength and hardness of the tool's external layer increased their effectiveness and extended the product's utility while enhancing overall user safety.