weldability

Type 304L-same as the 304 grade but lower carbon content to increase weldability.

Regardless of the heat treatment, a higher carbon content reduces weldability.

An advantage of its low carbon content is its excellent weldability.

The weldability, also known as joinability, of a material refers to its ability to be welded.

It offers good corrosion resistance while maintaining formability and weldability.

A material's weldability is used to determine the welding process and to compare the final weld quality to other materials.

As the equivalent carbon content rises, the weldability of the alloy decreases.

It has good mechanical properties and exhibits good weldability.

Welded bellows are not fabricated from brass because of its fundamentally poor weldability.

While weldability can be generally defined for various materials, some welding processes work better for a given material than others.

These effects in turn increase the toughness, strength, formability, and weldability of the microalloyed steel.

Molybdenum is also used in steel alloys for its high corrosion resistance and weldability.

Alloys with good weldability under argon arc welding are usually chosen.

The most striking features are weldability, temperature resistance, flexibility and high hydrostatic pressure resistance.

Galvanneal sheets offer good paintability, weldability, corrosion resistance, and formability.

It maintains high corrosion resistance and weldability.

The standards do not cover fasteners that would otherwise apply but require special properties, such as weldability or corrosion resistance.

For this equation the weldability based on a range of CE values can be defined as follows:

Good weldability.

Inconel 625: Acid resistant, good weldability.

Another limitation to weldability may be the change of material properties induced by the welding process, such as a high speed of cooling.

The weldability of aluminium alloys varies significantly, depending on the chemical composition of the alloy used.

Maraging steels offer good weldability, but must be aged afterward to restore the original properties to the heat affected zone.

This alloy is used in airframes and jet engines due to its good weldability, stability and strength at elevated temperatures.

Stainless steels, because of their high chromium content, tend to behave differently with respect to weldability than other steels.