Welding Shop Safety

Welding is a dangerous workplace activity, with more than 500,000 workers facing the risk of safety and health every year alone in the United States alone. Welding safety measures are designed to protect employees from the danger of welding. Welding safety is achieved by minimizing the risk of health and safety problems by proper training, testing of welding equipment, and workers knowing safety precautions before doing work I can do it. You can wear fire and electric clothes, hand guards, welding gloves, aprons and boots to protect workers from heat, fire, electric shocks and burns. Repeated washing reduces the effect of flame retardant treatment. Pants' feet should not have cuffs and must cover the top of the boots. Cuffs can collect sparks

Before processing the welding project, make sure that you are wearing appropriate safety clothing and remove any risk of fire from the welding area. Basic welding safety clothes include leather shoes and boots, full-length pants without sleeves, fire and long sleeve jacket, gloves, helmet for welding, safety glasses and head scarf, head protecting head from sparks and splash A cap is included. Unlike rod electrodes and cored electrodes that contain more special additives, solid MIG welding wires can not be protected from rust, dirt, oil and other pollutants. Please clean the bare metal before using the metal brush or grinder and hitting the arc. Make sure that your presser foot is also attached to the cleaning metal. Electric impedance affects wire feed performance

MIG welding is a proverb that means metal inert gas welding, the correct name is gas metal arc welding or "GMAW", which is also called "wire wheel welding" of Union. MIG welding is often used in shops and factories. This is a mass welding process mainly used indoors. MIG welding is not that easy when setting up the equipment, but the required skills are much less than welding. MIG welding works by attaching the earth clip to the workpiece, turning on the power, and finally opening the shielding gas. After that, you need to set the voltage with IPM (in / min), wire feed speed, shield gas flow (CFH) (cubic feet per hour). Next, simply pushing the trigger, the MIG gun delivers the shielding gas and wire to the solder joint. When a wire hits a welded joint, it begins to draw an arc and the wire melts and begins to fill in the joint