Stainless steel (SS) is an excellent product for manufacturing of all types. It can compete with high cost engineering metals and alloys while still being cost-effective and offering host of corrosion-resistant properties. This type of steel can be manipulated and fabricated for a wide range of applications and using a variety of common engineering technologies. Many business owners are seeing the benefits of using stainless steel. San Jose based companies are fortunate to have quality suppliers within their home state. Therefore, they should consider using stainless steel as they consider their manufacturing needs.
Advantages of Stainless Steel
Stainless steel offers a number of advantages to manufacturers. It has a high resistance to corrosion, which allows it to be used in harsh environments. It is fire and heat resistant, so it can resist scaling and maintain its strength at high temperatures. SS maintains its resistance to impact even at extreme temperatures. It has a strength-to-weight advantage, which enables it to be used with a lower material thickness compared to conventional grades. As a result, this can save money for the manufacturer.
Stainless steel is easy to fabricate due to modern steel making techniques, which allow it to be machined, fabricated, cut, welded, as easily as traditional steels. It has a hygienic, non-porous surface and is easy to clean. This makes it especially well suited to applications that must adhere to strict hygiene codes, such as hospitals and food preparing and processing locations. SS has a bright and easily maintained appearance, so it is a popular choice for homes and architectural applications as well.
Long Life Expectancy
Stainless steel not only offers a number of advantages to manufacturers as a material, but also it is a product with a long life expectancy. The main raw material that goes into making SS is recycled scrap metal. Although the initial expense of SS is greater than conventional grades of steel, its corrosion resistance makes maintenance minimal and its life expectancy fairly long. Therefore, less material will be used, less waste will be created, and the overall life-cycle cost of the product is usually less than traditional steels.
