A 17, 18 series alumina cup #6 3/8" 10N48 is a specific type of welding consumable used in TIG (Tungsten Inert Gas) welding equipment. Here's a description of this particular welding cup:
Name: 17, 18 Series Alumina Cup #6 3/8" 10N48
Description: The 17, 18 series alumina cup #6 3/8" 10N48 is an essential component of a TIG welding torch setup. It is part of the torch's nozzle assembly and plays a crucial role in directing the flow of shielding gas and protecting the tungsten electrode during the welding process. Here are some key features and details:
-
Series (17, 18): The "17, 18 series" designation refers to the compatibility of the cup with specific TIG torches. TIG torches often come in various series, and it's important to match the consumables with the correct torch series for proper fit and function.
-
Alumina Material: The cup is made from alumina, which is a ceramic material known for its high-temperature resistance and excellent electrical insulating properties. Alumina cups are commonly used in TIG welding because they can withstand the extreme heat generated during the welding process.
-
Cup Size (#6): The "#6" designation indicates the size of the cup. Cup sizes can vary, and the size chosen depends on the specific welding application and the desired gas flow and coverage. Smaller cups are often used for more precise and detailed welding work.
-
Inside Diameter (3/8"): The "3/8"" measurement refers to the inside diameter of the cup's opening. This measurement is crucial as it determines the size of the gas flow and the area of protection around the tungsten electrode. The 3/8" size is suitable for a range of welding tasks.
-
Part Number (10N48): The part number "10N48" is a specific identifier for this particular alumina cup. It helps users and suppliers locate the correct replacement part when needed.
-
Shielding Gas: The cup is used in conjunction with a shielding gas, typically argon or a mixture of argon and helium, to protect the weld area from atmospheric contamination. The cup shape and size play a role in directing the flow of this shielding gas effectively.
