Ep 2. Razors, Pudding, Steering Wheels, Inroganic Pigments

How It's Made season 9 episode 2 is a fascinating exploration on manufacturing processes for different everyday products. The episode opens up with a segment on razors and their various components, including the plastic handle and the cartridge head. The production process starts with the molding of the handle, followed by the assembly of the various metal and plastic parts. The sharpening of the blades is done using a diamond abrasive, and the final product is tested for sharpness and durability.

Next up is the manufacture of pudding cups. The process begins with the mixing of various ingredients, including sugar, milk, and flavorings, in huge mixing vats. Once the mixture is prepared, it is piped into individual cups and heated to the perfect temperature using specialized ovens. The cups are filled to the brim, sealed, and ready to be packaged.

The third segment of the episode showcases the manufacturing of steering wheels. The process starts with the creation of a mold for the steering wheel hub, followed by the application of foam padding, and covering it in leather or other materials. The spokes and other details are then added to the hub to form the finished product. A range of different steering wheel designs are explored, from basic models to more luxurious, high-end versions.

The final section details the making of inorganic pigments. These pigments are used in a variety of products, including paint, ceramics, and plastics. The process involves dissolving raw materials such as cobalt or iron in various acids, which is then dried and baked. The result is a pigment powder that can be mixed with different bases to form a range of colors and tones.

Overall, How It's Made season 9 episode 2 is an educating and eye-opening episode, offering an insight into the manufacturing processes of some of the most common items we use in our daily lives. From razors to pudding cups, steering wheels to inorganic pigments – the episode takes us behind-the-scenes and reveals the science, engineering, and high-tech processes involved in creating our everyday products.