CSM Tube - Use of alloys

In water or humid environment max. 450°C. In air max. 700°C.
Scaling temperature: 850°C.
For food industry.

This alloy can replace the AISI 304 in some applications. Stainless steel with low nickel content. 

Like EN 1.4301 for humid-corrosive environments. Tube used for washing machine heating elements.

In water or humid environment max. 550°C.
In air max. 750°C.
Scaling temperature: 850°C.
Tube for washing and cooking heating elements.

Equivalent to EN 1.4306, with addition of molybdenum. Besides improving resistance to corrosion and under tension, there is a better response to general corrosion. In water or corrosive humid environment max. 450°C. For food industry. 

This alloy can replace the AISI 316L in some applications. Ferritic stainless steel with good mechanical features and high resistance to corrosion.

Equivalent to EN 1.4404, with the difference that the higher content of molybdenum and the content of nitrogen ensure elevated mechanical features and resistance to corrosion.
In water or corrosive humid environment max. 500°C.

Equivalent to AISI 321 - EN 1.4541, with the addition of molybdenum besides titanium.
For temperatures of 500°C also in discontinuous service..

In water or humid environment or mixed air/water, with max. temperature of 550°C.
Typical colouring with annealing: dark green.

In air for temperatures up to 950°C.
Typical use: heating elements for ventilated ovens and grills.

In air for max. temperatures up to 950°C.
In ali applications for which the characteristics of AISI 309 ­EN 1.4828 are not satisfactory.

In water and air with max. temperatures of 1050°C. Annealing temperature of heating element 1100°C.

In air for max. temperatures up to 1100°C. In water or highly corrosive environments.

Refractory alloy with good resistance to corrosion, particu­larly of sulphur at high temperatures. In air up to 1180°C.

Finer refractory alloy with excellent resistance to corrosion. In air up lo 1250°C.