What is the Embossing stainless steel finish?
Stainless steel embossing process refers to a manufacturing technique where specific patterns or textures are created on the surface of stainless steel sheets. This is achieved by applying pressure and using embossing tools or dies to form the desired designs.Common geometric patterns: Such as squares, triangles, circles, and lines, presenting a modern and orderly look.

What is the PVD Coating stainless steel finish?
The product process principle of titanium-plated stainless steel is mainly through the Physical Vapor Deposition (PVD) technology to coat a layer of titanium metal film on the surface of stainless steel.
This process is usually carried out in a vacuum environment, evaporating or sputtering the titanium material into gaseous particles. These particles deposit on the surface of stainless steel under the action of an electric or magnetic field, forming a uniform, firm, and titanium film with specific properties. The titanium film can endow stainless steel with better wear resistance, corrosion resistance, hardness, and an aesthetic appearance.

PVD Titanium Nitride Coating’s principles and introduction:
PVD, which stands for Physical Vapor Deposition, is a prevalent and advanced technology in the field of stainless steel surface coating at present. It is not only one of the scarce techniques capable of achieving coatings with micrometer thickness but also the most preferable method in terms of environmental aspects. The fundamental principle of PVD is to carry out the combination of vaporization, physical processes, and techniques in a vacuum environment to form an extremely thin coating layer that attaches to the surface of the material.

What is the Anti fingerprint stainless steel finish?
Our parent company Hwa Yang is proud to introduce a new metallic surface treatment that is both advanced and environmental. This technique was originally being utilized in the aeronautics industry. Through the manufacturing treatment, the nano compound becomes so attached to the metallic surface, it results in the forming of a thin but durable protective coating. This coating can effectively avoid oxygen or water from penetrating freely, enhancing the material’s anti-corrosion and anti-fingerprint abilities. Moreover, with the application of nano anti-fingerprint coating (AFP), the surface hardness of stainless steel sheets increase drastically. In addition, the AFP coating provides the titanium coating with a firmer color finish and strengthens color stability.

What is the Anti fingerprint stainless steel finish?
With the wide application of stainless steel, people have higher requirements for its surface performance. To meet the needs of easy cleaning and keeping a tidy appearance, anti-fingerprint treatment technology has gradually developed. This technology forms a special coating or film on the stainless steel surface to reduce the residue of fingerprints and stains. In recent years, anti-fingerprint stainless steel has been widely used in kitchenware, home appliances, architectural decoration, etc. 

What is the Water ripple stainless steel finish?
The surface of the stainless steel sheet is cleaned and degreased to ensure the quality of subsequent processing.Using embossing equipment, a corrugated shape is pressed on the surface of the stainless steel sheet through a mold. The shape of the mold and the magnitude of the pressure will affect the effect of the water ripple.
The processing of water ripple stainless steel has certain difficulties, mainly manifested in the following aspects. The mold design and manufacturing are vital. Uniform and moderate pressure is necessary. Different qualities and thicknesses of stainless steel sheets react differently. High-precision equipment is needed. Adjustment of process parameters is key. Surface treatment is also challenging.

The Etching stainless steel finish
 Stainless steel etched plates represent a sophisticated material solution in the world of design. A stainless steel etched plate is essentially a stainless steel sheet that has been subjected to a controlled etching process to form specific visual elements on its surface.

Etching stainless steel finish
Stainless steel etched plates have gained popularity in various architectural and design applications. By definition, they are stainless steel sheets that undergo a meticulous etching procedure to generate desired patterns, motifs, or imagery on the surface.
After the etching, complex processes such as local graining, wire drawing, gold inlay, and local titanium plating are carried out on the surface of the stainless steel to enhance the decorative effect.
 
These processes can be used alone or in combination. The specific manufacturing process varies according to the design requirements, uses, and production conditions of the stainless steel etched plates.

About The Etching stainless steel finish 
Stainless steel etched plates are a remarkable material choice in modern design and construction. A stainless steel etched plate is a sheet of stainless steel that has undergone a precise etching process to create specific patterns, textures, or designs on its surface.

What is the Etching stainless steel finish?
The technical principle of etched stainless steel is as follows. First, a layer of photosensitive ink resistant to corrosion is evenly coated on the surface of stainless steel. Then, it is exposed to ultraviolet rays with a film negative placed on it, causing a chemical reaction in the exposed part of the photosensitive ink. Next, the stainless steel plate is immersed in a weak alkaline sodium carbonate solution for development, causing the coating in the exposed part to fall off and expose the metal surface. After that, the stainless steel plate is placed in ferric chloride solution where iron ions react with the stainless steel surface to etch patterns. Finally, the plate is cleaned after the etching is completed.

What is the Vibration stainless steel finish?
Vibration stainless steel refers to a type of stainless steel that features a distinctive surface texture created by a specific processing technique. This texture appears as a series of irregular and dynamic vibrations, giving the material a unique and aesthetically pleasing look.

What is the Bead blasted stainless steel finish?
In a sandblasting chamber, the abrasive particles like sand or suitable materials are propelled towards the stainless steel surface at high speed using compressed air or a mechanical system. Several factors influence the texture and finish in bead blasting, such as abrasive type and size, blasting pressure, time, angle and gun distance. By manipulating these, like choosing right abrasives and adjusting pressure, time, etc., desired results can be achieved.
  The sandblasted stainless steel may undergo additional treatments such as coating or polishing, depending on the specific requirements and application.

Mirror polish finishing.
Coarse polishing: Use grinding wheels and pass the stainless steel plates through six sets of grinding machines in a sequence from coarse to fine. The main purpose is to remove roughness, burrs, and sand holes on the surface to achieve a certain degree of luminosity. 
Fine polishing: Use mechanical wool felts and pass through ten sets of grinding machines.Hand grinding. The main purpose is to remove the oxide layer, sand holes, and coarse grinding marks on the surface, and improve the luminosity of the stainless steel plate to reveal details. 

The Cross Hairline stainless steel
The manufacturing process of cross-hairline stainless steel involves:
Firstly, select high-quality plates as raw materials. 
Secondly, use mechanical wire-drawing equipment to treat the plate surface. Control the direction and force to form the crossed texture initially.
Next, employ fine grinding tools to polish the surface to remove flaws and unevenness. After grinding, conduct a polishing process to improve the surface finish. 
The entire process demands high-precision equipment and skilled techniques to ensure quality.

What is the hairline stainless steel finish?
Hairline stainless steel is a type of stainless steel material that undergoes a special surface treatment process. Through processing methods such as wire drawing and grinding, fine, parallel and continuous line textures are formed on its surface, which resemble the shape of hair strands, thus earning the name "hairline stainless steel".