Why choose High End Bathroom Special Coating Equipment?

Advantages of various coating technologies of high-end bathroom special coating equipment
High End Bathroom Special Coating Equipment not only has a variety of coating types, but also can process the surfaces of many different materials. It is widely used in metal and non-metal products, bringing unprecedented technical advantages to bathrooms and other industries.
1. Multiple coating types: improve wear resistance and corrosion resistance
High-end bathroom special coating equipment uses a variety of high-performance coating technologies, including metal film, titanium nitride, titanium nitride carbide, zirconium nitride, chromium nitride and other coatings. These coatings have excellent wear resistance and corrosion resistance, which can effectively improve the service life of bathroom products.
Metal film: Metal film coating is mainly used to improve the hardness, glossiness and wear resistance of metal surfaces. It can effectively prevent bathroom products from oxidation, corrosion and other phenomena due to long-term contact with moisture, detergents and chemicals, and keep the products bright as new.
Titanium nitride: Titanium nitride is a commonly used superhard coating, widely used in tools, molds and metal surface treatment. Titanium nitride coating can not only enhance the surface hardness, but also improve the wear resistance and corrosion resistance. It is particularly suitable for bathroom products that are often exposed to water or high humidity environments, such as faucets, shower accessories, etc.
Titanium nitride carbide: Compared with titanium nitride, titanium nitride carbide coating has higher hardness and wear resistance, so it is particularly suitable for application on surfaces that are subjected to long-term friction and wear, such as metal pendants, door locks, shower accessories, etc. in the bathroom.
Zirconium nitride: Zirconium nitride coating is famous for its excellent high temperature performance and wear resistance. It is widely used in high-end bathroom products that require high-strength protection. It can resist high temperature, friction and corrosion, and maintain long-term beauty and durability.
Chromium nitride: Chromium nitride coating has good corrosion resistance and hardness. It is often used for the outer coating of bathroom equipment. It can effectively prevent scratches and corrosion on the surface of the product and extend the service life of the product.
These coating technologies can not only enhance the performance of bathroom products, but also ensure their beauty and durability in long-term use.
2. Multi-layer composite coating: Provide multi-functional protection
The device also supports multi-layer composite film coatings, such as multi-layer super-hard coatings of metals such as titanium, nickel, chromium, and copper, as well as titanium nitride doped gold coatings, alloy coatings, etc. These composite film coatings combine multiple functional coatings to provide more comprehensive surface protection and beautification effects.
Multi-layer super-hard coating: By superimposing coatings of different hardness to form a more solid protective film, it can effectively improve the wear resistance, impact resistance, and scratch resistance of bathroom products. For example, applying a multi-layer composite coating of titanium and nickel on the surface of a bathroom faucet can enhance its corrosion resistance and improve its stability in long-term use.
Titanium nitride doped gold coating: Titanium nitride doped gold coating can not only provide high-hardness protection for bathroom products, but also give the products a higher-end appearance. The golden luster not only increases the visual luxury, but also effectively prevents bathroom products from fading due to long-term exposure to water and moisture.
Alloy coating: The application of alloy coating can give the product surface a more complex protective effect, combining the characteristics of multiple metals to improve its corrosion resistance, wear resistance, and oxidation resistance. Alloy coatings are particularly advantageous in environments where metals need to be protected from corrosion or oxidation.
Through these composite coating technologies, bathroom products are protected on multiple levels, which not only improves the functionality of the products, but also enhances the diversity and visual effects of their appearance.
3. Wide application: coating treatment of metal and non-metal surfaces
Another significant advantage of high-end bathroom-specific coating equipment is that it is applicable to a wide range of coating objects, not only providing coating treatment for metal surfaces, but also providing high-quality coatings for non-metal surfaces. The following are specific application advantages:
Metal surface coating: Metal materials are often used in core components of bathroom products, such as faucets, shower columns, bathroom mirror frames, door locks, etc. The coating on the metal surface can improve the corrosion resistance, oxidation resistance and wear resistance of these products, making them more durable in wet environments.
Non-metal surface coating: In addition to metals, bathroom products often contain non-metallic materials such as glass, ceramics and plastics. Traditional coating technology often cannot meet the special needs of non-metallic materials, but this equipment can provide these non-metallic materials with uniform coatings through advanced coating technology, enhancing their surface hardness, stain resistance and aesthetics. For example, ceramic faucets, plastic bathroom accessories, etc. can be coated with super-hard and smooth coatings through this equipment to enhance the texture and service life of the products.
4. Enhance product aesthetics: multi-color coating effect
The coating technology of this equipment can also provide a variety of color options for bathroom products, including IP black, rose gold, IP gold, sapphire blue, champagne gold, dazzling silver, coffee, rainbow and other colors. These colorful coatings not only give the products a more personalized appearance, but also enhance the overall aesthetics and market competitiveness.
Both aesthetics and functionality: multi-color coatings can choose different colors and glossiness according to consumer needs to meet the needs of bathroom decoration in different styles. For example, rose gold and champagne gold are often used in modern minimalist style bathrooms, while dazzling silver and sapphire blue are suitable for more fashionable and luxurious bathroom environments.
Combination of durability and aesthetics: These coatings not only enhance the appearance, but also enhance the anti-fouling, anti-corrosion and anti-oxidation functions of the surface of bathroom products. Even in the long-term use process, the product can still maintain its original gloss and color.

Why does High End Bathroom Special Coating Equipment use multi-arc ion plating technology?
The multi-arc ion plating technology adopted by High End Bathroom Special Coating Equipment is completely pollution-free while maintaining efficient production, and meets the current green and environmental protection industry standards. One of its characteristics is fast deposition rate, high ionization rate, high ion energy, and easy equipment operation, low production cost, and strong production capacity. The entire processing procedure can be completed in a shorter time, which greatly improves production efficiency and reduces production costs.
Advantages and applications of multi-arc ion plating technology
Traditional coating processes often face problems such as high pollution, high energy consumption and low efficiency. Multi-arc ion plating technology is becoming one of the mainstream technologies in the coating field with its high efficiency, environmental protection and low cost. This technology not only meets the high-quality demand of modern manufacturing for coating products, but also conforms to the industry trend of green environmental protection.
1. Overview of multi-arc ion plating technology
Multi-arc ion plating technology is a technology that uses high-energy ions to bombard the target material, generates metal ions through arc discharge, and deposits them on the surface of the workpiece to form a thin film. In this process, the metal ions are accelerated and carry high energy, which can be effectively deposited on the surface of the product to form a uniform and tight coating.
2. Efficient and environmentally friendly: in line with industry green standards
Efficient production is one of the biggest advantages of multi-arc ion plating technology. Compared with traditional electroplating or chemical plating technology, multi-arc ion plating technology can complete the deposition process of the coating in a short time, greatly improving production efficiency. This technology can complete a uniform and dense coating in a few minutes to more than ten minutes, avoiding the long reaction time in traditional processes.
The working process of multi-arc ion plating technology is a physical process, which does not involve chemical reactions, so no harmful waste gas, wastewater or waste residue is produced. Compared with traditional electroplating processes, it greatly reduces the emission of toxic substances and waste, which meets the current green environmental protection standards. With the continuous improvement of global environmental awareness, this pollution-free coating technology has been widely used in various industries, especially in industries with strict environmental protection requirements, such as electronics, medical, food, bathroom supplies and other fields.
3. High deposition rate and ionization rate: improve production efficiency
Deposition rate and ionization rate are important indicators for evaluating the efficiency of coating processes. Multi-arc ion plating technology has high deposition rate and high ionization rate, which makes its coating speed faster than other coating technologies. For example, the deposition rate can be as high as 10 times or even higher, which means that more products can be coated in the same amount of time, greatly improving production efficiency.
Fast deposition rate: Through the high-energy arc discharge process, metal ions and vapor are quickly deposited on the surface of the substrate to form a thin film, ensuring the rapid completion of production. Compared with traditional coating processes, the increase in deposition rate can effectively reduce processing time, shorten production cycles, and improve production capacity.
High ionization rate: High ionization rate means that the metal target can produce more ions during the discharge process. These high-energy ions can be deposited more evenly and quickly on the surface of the workpiece to form a dense and uniform coating. Due to the high ionization rate, the coating quality is more stable and has stronger adhesion and durability.
4. High-energy ions and film quality: Improve adhesion and durability
Another outstanding feature of multi-arc ion plating technology is the high ion energy. The high-energy ions generated by arc discharge can effectively clean and pre-treat the surface of the substrate, remove the oxide layer and contaminants on the surface, and thus ensure the adhesion of the coating. During the deposition process, metal ions collide violently with the surface of the substrate. This physical action promotes the close bonding of the coating and the substrate, making the coating have stronger adhesion and durability.
In addition, high-energy ions can form a very uniform and dense coating on the metal surface, greatly improving the hardness, wear resistance and corrosion resistance of the coating. For example, in the coating application of high-end bathroom accessories, the metal surface coating can effectively prevent scaling, corrosion and fading, maintaining the beauty and durability of the product.
5. Easy operation, low cost, strong production capacity
The operation of multi-arc ion plating equipment is very simple, and various operations can usually be completed through programmed control, reducing the need for manual intervention. Through the automated control system, the operator only needs to set the appropriate parameters, and the equipment can automatically complete the coating deposition process. Compared with traditional electroplating processes, the equipment is more stable and reliable, and does not require complicated operating steps.
More importantly, the use of multi-arc ion plating technology can reduce production costs. Due to its high deposition rate and high ionization rate, the production time of the coating is greatly shortened, thereby reducing power consumption and equipment wear. In addition, this technology requires low material consumption and the coating material can be reused, further reducing production costs.