304 Quality
It is the basic type of stainless steel and provides high oxidation up to 400 degrees. Mechanical resistance and friction resistance are very good. Kitchenware, home appliances, petro-chemical industry, food industry, automotive industry, heat exchanger and boiler production.

304 L
It is a low carbon version of 304 grade stainless steel. Paper industry, dairy equipment, soap industry, leather industry, chemical industry, heat exchangers.

321
With the addition of titanium, its resistance against corrosion is increased. Resistances, exhaust pipes, aviation industry, breweries, chemical industry.

316
It is resistant to temperatures up to 600 degrees. Its mechanical rupture and shrinkage resistance is very good. It is resistant to oxidation and acids due to the molybdenum it contains. Chemical, petro-chemical industry, steam boilers, heat-resistant exchangers, various boiler applications.

316 L
It is a low carbon version of 316 grade stainless steel. It withstands temperatures up to 400 degrees. Chemical, petro-chemical industry, paper industry, nuclear engineering, dairy equipment.

316 Ti
It is the titanium version of 316 quality stainless steel. It has high temperature and oxidation resistance. Chemical, petro-chemical industry, pump and compressor parts, boilers, furnaces and heat exchangers.

309 S
Its oxidation resistance is high at temperatures up to 1050 degrees. In the production of high temperature resistant equipment and parts.

310
Its oxidation resistance is high at temperatures up to 1100 degrees. Furnace parts and equipment resistant to high temperatures, chemical, petro-chemical industry.

310 S
It provides a good surface appearance, it can be magnetized since it does not contain nickel. Decorative uses can be applied to glossy surfaces.