How Stick Welding Equipment Assists In Many Industries

Welding refers to the process of joining the metals together i.e. the permanent joint of two metals mutually with heat. At present, it is also possible to weld polymers with various methods. The fabrication of metals or the thermoplastics is welding, causing the fusion. It is different from low-temperature metal joining methods like brazing or soldering, which prevents melting of the base metal. To the melting of the base, the metal addition of the filler material takes place in the joint for the formation of a molten material pool, which cools down forming the strong joint.

Stick Welding

Stick welding, also known as SMAW or Shielded metal arc-welding, is a widely used welding process. It encompasses an electrode (fixed length) along with power source in order to join varieties of metals. A rod of solid metal with an electrode core and mineral compound surrounded by the mixture of metal powder creates a binding agent at the electrode’s surface. Heat melts out the stick material and flux coating. Thus, it creates gas and liquid slag that shields the joint from being oxidized. 

Applications of stick welding equipment

The stick welding process finds extensive application in a variety of industries due to its ease of use and versatility. It can be used in constructing steel structures as well as for steel fabrication. Therefore, its popularity encompasses smaller business. The usage of stick welders is ideal for various materials like carbon steel, ductile iron, cast iron, stainless steel with low and high alloys to an extensive thickness of the material. The use of a stick welder is inexpensive and a potable process which is also used for underwater welding.

To sum up, stick welders hold a wide spread of applications in multiple industries. The machine is a preferred one for joining metals, hence leading to the formation of bigger machine parts.

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Plasma Cutting Machines - Get the Best at Red-D-Arc

The formation of plasma, the 4th state of matter, takes place by heating of gas until the latter gets ionized. In other syntax, plasma refers to the ionized form of gas and is instrumental in the conduction of electricity; it exists in nature as a hot substance. The production of plasma is for a specially fabricated gun, known as a plasma torch that uses the electrical power in several engineering applications, like metal cutting. The machine thus can cut through metals like MS, COPPER, SS, BRASS and more.

The Plasma Cutting Machine

In technical terms, plasma cutting refers to the cutting down of conductive materials and it commonly finds its use for cutting steel in most industries. The generation of plasma arc takes place in the plasma torch. The gases used in the process include argon, compressed air, and argon with hydrogen (i.e. 65%+35%) and nitrogen.

The decision of the cutting capacity takes place by the power source of electrical capacity. The procedure is feasible for cutting wide stainless steel, copper, aluminum, as well as the host alloys of other steel. Cutting quality is sharp and economical for the ferrous materials like mild steel. The process of plasma cutting has overtaken the oxy-fuel process of cutting due to the range of thickness with its fast and quality procedure.

Plasma Cutters at Red-D-Arc

If you are looking for a plasma cutter to help you on your projects, then opting for Red-D-Arc would be a smart decision. The undisputed leader in the field of rental leased and used equipment sales offers quality plasma cutters as a part of its specialty equipment. Some of the widely demanded ones include but are not limited to:

• Hypertherm Viper 65
• Hypertherm Python 85
• Hypertherm MAXPRO200
• MAX200 Plasma Cutter

It would be best to browse through the website and know more about your preferred plasma cutting machine depending on your specific requirements.

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