Valued in part for how it looks, its great hardness, duration, utility, among other aspects. However with 2 mmÂ² electrodes and a well calibrated arc machine will be sufficient to achieve the required work. The consumption of a welding machine either arc or MIG depends on its point of intensity of operation. The most ideal would be a MIG machine but if you do not have this type of machine, with a common arc welder and fine electrode you will be able to weld the wire in the way you need. At present this piece of construction is made of steel wire. Commonly, a nail has three main parts: the tip, the shaft or body and the head. Its length varies, its size and style, from small studs to heavy nails. It can also be said that a nail is a thin piece used to hold or fix two or more pieces. It is very important to select the right nail for the job at hand. Steel nails are used in countless applications, but not all nails are suitable for all jobs. It can be adapted to any shape you want and some of these steel wires are glazed. The wire is a unique electric conductor whose conductive soul is constituted by a single element or conductive wire, the steel wires are very resistant and easy to work with them. They can also be coupled side by side to form flat cables. These cables can be considered as elements and form guard cables. This type of cable can be wound helically around a core or soul.

These wires can be wound helically in one or several layers, usually around a central wire, forming spiral cables. Steel CableĪ steel wire is a kind of mechanical cable formed by a set of steel wires or iron wires that form a single body as a working element. That is steel or has some characteristic that is considered proper of steel, also that is strong or resilient as steel. Product standards will also determine the permitted range of values for maximum tensile strength. Performance strength is the most common property to be used by the designer because it is the basis of almost all rules given in design codes.

the distribution of stress in the limit state of the material.

Taking into account the ductility of a material is very important for the design, for several aspects to take into consideration as they are: This property determines the degree to which a material can be deformed or elongated between the start of performance and the subsequent fracture due to the tensile load exerted on it. Some of the most commonly used measures to prevent the effect of rust corrosion on Steel are painting or galvanizing. Although special corrosion-resistant steels are available, they are not frequently used in building construction and other applications. The type and degree of protection of the required coating depends on the degree of exposure, location, service life of the design, load, etc. If the weld is small there is little material and induced heat needed for melting, but this can cause a hardening of the heat-affected area and a reduction in toughness.Īlso depends on the elements of the alloy the susceptibility it has to brittleness, in effect, but has its variants depending on the carbon content. WeldabilityĪll steels are essentially weldable, however, welding involves the application of steel locally for melting, which is then cooled and this cooling can be rapid due to the surrounding material and its willingness to dissipate heat. Generally, the harder a material is, the greater its strength.īy absorbing the stress and pressure of a sudden impact or load, in the case of Steel it tends to improve with increasing temperature.

It is a property that indicates the resistance of a material to breakage, cutting, scratching or other forms of abrasion. The properties to be taken into account when specifying steel construction products are as follows Tenacity It is calculated by dividing the mass by volume. The density of steel varies depending on the alloy components, but generally ranges from 7,750 to 8,050 kg / m3(484 and 503 lb / cubic feet), or 7,75 to 8,05 g / cm3(4,48 and 4,65 oz / cubic inches).

Density of steel