Shielded metal arc welding, or SMAW or Manual Metal arc welding, is an essential technique in the joining of metals. When two pieces are welded together by this method a powerful electrical current creates an intense flame that melts and fuses them into one permanent piece.
The Main Differences Between FCAW (flux-cored arc welding) and GMAW (Gas metal arc welding) (MIG/MAG) FCAW (Flux-cored arc welding)The FCAW process is favoured for ferrous metals as it requires little-to-no pre-cleaning. In some cases, FCAW can use shielding gas on top of the primary shielding flux to further protect the weld pool from oxidation. Dual-shielded …
Differences Between FCAW (flux-cored arc welding) and GMAW (Gas metal arc welding) Read More »
Flux cored arc welding, or FCAW for short is a type of automatic welder that uses consumable metal electrodes with flux around them.
The process begins by heating up some pieces together until they become welded through their base metals and then adding shielding from an external source such as gas cylinder to protect against radiation exposure during creation phase when no pigments are used in
production – making it safer than MIG (fully- Manual gases). FCAW does have its pros though! One major benefit being how easy this machine
can be set up; simply plugging
Electroslag Welding Advantages and Disadvantages: What Is Electroslag Welding? Image Source: Click Here Advantages of Electroslag welding Due to the slow cooling rate, cold cracking does not occur. High productivity can be achieved. It is a Low-cost process. In this process, slag inclusion or porosity does not affect. This welding process is faster. This is a …
Electroslag Welding – Advantages and Disadvantages Read More »
Scanning Laser Beam – Definition, Construction, Working, Advantages, Disadvantages & Applications: What is Scanning Laser Beam Device? A scanning laser beam is a type of laser beam that scans across the object to be scanned, typically with a mirror mounted on the end of the beam. This is a device used to measure the accurate …
Difference between Conventional and Non-Conventional Machining Conventional Machining Processes: Conventional machining is a type of machining that uses the removal of material using a cutting tool to produce or shape parts from metallic or nonmetallic materials. Non-conventional machining, on the other hand, is a type of machining that does not involve the use of cutting …
Difference between Conventional and Non-Conventional Machining Read More »
Difference between Shaper and Planer Machine: Shaper and plane are both tools that are commonly used in industry for cutting or shaping materials into desired shapes. What is a Planer Machine? A machine that cuts sheet metal flat or into many thin sheets. Planer is an electric machine that removes material from wood by using …
Difference between Capstan Turret and Engine Lathe? What is Capstan Turret? A Capstan Turret is a machine used for rotating the load on a spindle. It consists of a spindle and one or more rotary capstans that are connected to it by gears, belts, or other means. The load is moved from the center of …
Difference between Capstan Turret and Engine Lathe? Read More »
Advantages and Disadvantages of Closed die Forging? Advantages of Closed die Forging: Closed die forging can create complex shapes because it doesn’t require hot material like open die forge. Closed die forging is a more efficient and cheaper way of producing parts that need to be forged. Closed die forging has an advantage in production …
Closed die forging – Advantages and Disadvantages Read More »
Difference Between Brushless Motor and Brushed Motor The Major Difference between Between Brushless Motor and Brushed Motor are explained as follows: Brushed Motor: A motor is an electrical device that converts electricity into mechanical force or motion. In other words, a motor is a machine that transforms electric power into mechanical power. There are different types …
Difference Between Brushless Motor and Brushed Motor Read More »