Welcome back! I bought this forge blower from a friendly man on Facebook Marketplace, I have always wanted one of these, and this was the perfect candidate. I hope you enjoy the video. If you have any suggestions for improvement, or compliments share them below! Please leave a like if you did like the video, please subscribe and feel free to comment your thoughts and as always thank you for watching. Members Credit. Karin Wallace Michael Kelleher Random Projects Tube WILD35 KSM Thank you all for your support! I appreciate all of you! Link for becoming a channel member. (less than 2 dollars) null More on forge blowers. The forge blower is one of the most important tools in a blacksmith’s workshop. The function of the blower is to deliver a consistent air supply to the base of the fire to aid the combustion process. Supplying the fire with oxygen means that the fire can get to a temperature hot enough to manipulate and craft iron objects – without a consistent supply of oxygen, this task is nearly impossible. Historically blacksmiths have used a number of methods to deliver airflow to the fire: Human Lungs Bellows Hand Cranked Fan Electric Blowers PRE-MEDIEVAL ERA In the early days, it was common for a blacksmith’s apprentice to use their lungs to blow air into a hollow tube, directly into the base of the fire. This method was not very effective as the majority of the oxygen they inhaled would get absorbed by the lungs, and the exhalation contained a lot of carbon dioxide which did not help the fire. Not only that – heavy breathing would quickly make apprentices dizzy from hyperventilation and could result in them passing out (and possibly falling into the fire!) Many apprentices would have begun their training before the age of ten. Life was tough for a blacksmith apprentice in those days, for sure. This was not an effective method, and so an alternative was sought… MEDIEVAL ERA The classical medieval bellows was a device made from wood and leather and was used to push air into the fire to allow the furnace to reach a high enough temperature to make iron melt. The bellows were definitely an improvement. They expelled as much oxygen out as they took in and so fed the fire with much more oxygen than human lungs could. However, life did not improve much for our young apprentice as he now had the job of operating the bellows – a dull and grueling task which lasted for hours and the repetitive movements were enough to make anyone’s arms and backache. Bellows are constructed from two wooden panels, one with a hole cut in the center. The paddles are connected with a hinge. A leather flap that only opened one way was secured to the hole in one of the paddles. A leather bag was fixed between the paddles and a nozzle set at the head. The air would come in through the hole in one of the paddles when the bellows were pulled apart. When they were pushed back towards each other, the air would be expelled out the nozzle and into the furnace’s fire. The bellows shown in the image here are single-chambered hand-operated bellows. Most blacksmiths would have used the much bigger double-chambered bellows. As the name suggests, these had two air-tight chambers instead of one and were much more efficient and offered a more constant airflow. Bellows began to be displaced as the sole source of air blast in the late 19th century when mass-produced cast iron hand-cranked blowers were introduced. The centrifugal blower was invented around 1850 and has pretty much replaced bellows due in part to its compact size relative to the bellows it replaced. Today, blacksmithing bellows are antique collectible items. MODERN-DAY As the handle of the hand-cranked blower is turned, the fan blades whirl in their cast-iron housing and move air with centrifugal force, pushing air outward into the fan housing and the air delivery pipe. A series of gears or pulleys are often used to step up the number of turns or rotations the fan wheel makes for each turn of the crank. In the past, the blacksmith apprentice would have operated the bellows and ensured the fire was stoked before and during the blacksmithing process. He would have needed to keep out of the way, but also be ready if required to provide additional air blast and heat the fire. This could make for a crowded workspace with injuries possible as a result. Modern forge blowers are mounted out of the way, take up far less space, and are much more convenient for the modern blacksmith. Forge blowers with an electric motor offer the blacksmith a constant, consistent stream of air that can easily be adjusted to suit the work requirements. Electric fans come with a speed control function, a way of controlling the amount of air being fed into the fire. Today both modern electric blowers and old hand-cranked blowers are used to provide the air blast for forge fires.