Double Sink Mosaic Furniture Framed Mirror Stainless Steel Bathroom Vanity Top Cabinet

Product Features:

The products reach high quality, modern fashion design, and water saving function,Mortise structure and dovetail joint drawer to reinforce the framework,Made from Stainless Steel board material with high gloss paint finish,European style with fashion, modern, classical and country.

What Is Stainless Steel?

Stainless steel is an alloy of Iron with a minimum of 10.5% Chromium. Chromium produces a thin layer of oxide on the surface of the steel known as the 'passive layer'. This prevents any further corrosion of the surface. Increasing the amount of Chromium gives an increased resistance to corrosion.

Stainless steel also contains varying amounts of Carbon, Silicon and Manganese. Other elements such as Nickel and Molybdenum may be added to impart other useful properties such as enhanced formability and increased corrosion resistance.

If you are looking for high quality products that will last for years to come, then look no further, stainless steel bathroom accessories would be the ideal product for you. Stainless steel has many benefits including its durability and hardwearing properties, along with it being easy to clean and highly rust resistant. While stainless steel is not fully stain-proof, it is much more resistant to staining, corrosion, and rust than chrome. Stainless steel can also be highly polished to provide a stylish and modern appearance.

Stainless steel bathroom vanity have many advantages and possess qualities that make them an excellent choice for most environments.

Affordability – From high-end to very affordable, there are stainless models suitable for every need.

Durable – Stainless steel is extremely long lasting! Stainless steel is perfect for vanity and other applications as it won’t chip, crack, fade, or stain.

Easy to Take Care of – Stainless steel is easy to take care of and unaffected by household chemicals. It retains the original luster when cleaned with household cleanser and soft towel. Thus making it the ideal surface for bathroom and any other design and residential application.

Will Not Rust – The metal imparts a rich glow and boosts natural corrosion resistance. Available stainless steel finishes range from a mirror-like shine to a satin luster.

Longevity – Stainless steel is the very best choice for years of optimal performance and continued, high-quality good looks.

Stainless steel is usually divided into 5 types:

1. Ferritic – These steels are based on Chromium with small amounts of Carbon usually less than 0.10%. These steels have a similar microstructure to carbon and low alloy steels. They are usually limited in use to relatively thin sections due to lack of toughness in welds. However, where welding is not required they offer a wide range of applications. They cannot be hardened by heat treatment. High Chromium steels with additions of Molybdenum can be used in quite aggressive conditions such as sea water. Ferritic steels are also chosen for their resistance to stress corrosion cracking. They are not as formable as austenitic stainless steels. They are magnetic.
2. Austenitic - These steels are the most common. Their microstructure is derived from the addition of Nickel, Manganese and Nitrogen. It is the same structure as occurs in ordinary steels at much higher temperatures. This structure gives these steels their characteristic combination of weldability and formability. Corrosion resistance can be enhanced by adding Chromium, Molybdenum and Nitrogen. They cannot be hardened by heat treatment but have the useful property of being able to be work hardened to high strength levels whilst retaining a useful level of ductility and toughness. Standard austenitic steels are vulnerable to stress corrosion cracking. Higher nickel austenitic steels have increased resistance to stress corrosion cracking. They are nominally non-magnetic but usually exhibit some magnetic response depending on the composition and the work hardening of the steel.
3. Martensitic - These steels are similar to ferritic steels in being based on Chromium but have higher Carbon levels up as high as 1%. This allows them to be hardened and tempered much like carbon and low-alloy steels. They are used where high strength and moderate corrosion resistance is required. They are more common in long products than in sheet and plate form. They have generally low weldability and formability. They are magnetic.
4. Duplex - These steels have a microstructure which is approximately 50% ferritic and 50% austenitic. This gives them a higher strength than either ferritic or austenitic steels. They are resistant to stress corrosion cracking. So called “lean duplex” steels are formulated to have comparable corrosion resistance to standard austenitic steels but with enhanced strength and resistance to stress corrosion cracking. “Superduplex” steels have enhanced strength and resistance to all forms of corrosion compared to standard austenitic steels. They are weldable but need care in selection of welding consumables and heat input. They have moderate formability. They are magnetic but not so much as the ferritic, martensitic and PH grades due to the 50% austenitic phase.
5. Precipitation hardening (PH) - These steels can develop very high strength by adding elements such as Copper, Niobium and Aluminium to the steel. With a suitable “aging” heat treatment, very fine particles form in the matrix of the steel which imparts strength. These steels can be machined to quite intricate shapes requiring good tolerances before the final aging treatment as there is minimal distortion from the final treatment. This is in contrast to conventional hardening and tempering in martensitic steels where distortion is more of a problem. Corrosion resistance is comparable to standard austenitic steels like 1.4301 (304).