Chromium and nickel plating on the surface of metal spigots can effectively protect them from corrosion and oxidation. The following is a breakdown of how they achieve this effect:
1. Form a protective layer
Chromium plating: Chromium plating treatment forms a thin and hard layer of chromium on the metal surface, which can block oxygen, moisture, and other corrosive substances from directly contacting the metal substrate. Therefore, metal surfaces are not easily oxidized or corroded.
Nickel plating: Nickel plating also forms a layer of nickel on the metal surface, which has good corrosion resistance and can effectively protect the metal from moisture and oxygen in the air, avoiding oxidation reactions.
2. Improve antioxidant capacity
Preventing oxidation reactions: When metals (especially iron, copper, etc.) react with oxygen in the air, they produce oxides (such as rust or copper green), which not only affect the appearance but also damage the strength and structure of the metal. Chromium and nickel plating treatments provide a physical barrier on the metal surface, preventing oxygen from directly contacting the metal and inhibiting oxidation reactions.
Enhance high temperature oxidation resistance: Metal surfaces are prone to oxidation in high temperature environments (such as hot spigots). The treatment of chrome plating and nickel plating can improve the high-temperature oxidation resistance of metals and avoid metal corrosion caused by temperature rise.
3. Prevent corrosion
Corrosion resistance of chrome plating: Chromium has strong corrosion resistance, especially in air, humid, and water environments. The chromium layer can effectively prevent the erosion of moisture, chlorides, and other corrosive substances, avoiding damage to the metal surface due to corrosion.
The anti-corrosion performance of nickel plating: Nickel has better corrosion resistance than many other metals, and it has good resistance to chemicals such as acid, alkali, and salt water. Nickel plated metal spigots can greatly reduce the risk of corrosion when exposed to water vapor or chemicals in environments such as kitchens and bathrooms.
4. Enhance the ability to resist moisture and water vapor
Moisture protection: Places with high humidity such as kitchens and bathrooms are prone to metal corrosion, especially iron and copper spigots. Chromium and nickel plating treatments can effectively reduce the direct damage of moisture to metals and prevent the exacerbation of corrosion processes.
Minerals in water: Minerals in hard water may adhere to metal surfaces, and prolonged contact may lead to corrosion and water rust. The surfaces of chrome and nickel plating are smooth and have anti scale properties, which can effectively prevent mineral deposition and corrosion in water.
5. Improve chemical resistance
Chemical resistance: Daily use of cleaning agents, soap, and other chemicals may corrode metal surfaces, but chrome and nickel plating can increase the metal's resistance to these chemicals and prevent chemical corrosion.
Acid alkali corrosion resistance: Metal surfaces plated with chrome and nickel have strong acid alkali resistance, which can resist certain acidic and alkaline chemicals that come into contact with them during the cleaning process, reducing the corrosion problems caused by them.
6. Increase UV resistance
UV protection: For outdoor spigots, UV radiation may cause damage to metal surfaces, leading to corrosion or fading. Chromium and nickel plating layers can effectively prevent direct damage to metals from ultraviolet rays and reduce oxidative damage caused by sunlight exposure.
7. Delaying the aging of metals
Reduce aging rate: Over time, unprotected metals will gradually age due to oxidation, corrosion, and chemical reactions, affecting their appearance and function. Chromium plating and nickel plating provide long-term protection, making the metal less prone to aging and delaying the decline of its service life.
8. Smooth and easy to clean surface
Reduce stain adhesion: Chrome and nickel plated surfaces are very smooth, making it difficult for stains and scale to adhere to them. Even if there is dirt on the surface, it is easier to clean and maintain, avoiding corrosion or discoloration caused by improper cleaning.