Metal and Steel Fabrication
About Metal and Steel Fabrication
By use of procedures like cutting, bending, and assembling, metal structures are created. It is a process that adds value by turning diverse raw materials into machines, components, and buildings. The process of making steel items using secondary metal production techniques is known as steel fabrication. These procedures include cutting, bending, and connecting, as examples. The metal product is given extra properties through additional operations like finishing and heat treatment.
Why is Metal and Steel Fabrication important?
Making items for mass consumption requires metal fabrication. This category includes items like cans, screws, cutlery, pans, and pipes. These goods often have more lenient specifications and tolerance for mistakes. A significant industry that serves practically all industrial sectors is steel fabrication. Construction, transportation, energy, mining, agriculture, and the production of consumer goods all depend on steel products.
Who should take the Metal and Steel Fabrication Exam?
- Plant Manufacturer
- Fabricator
- Engineer
- Workers in fabrications
- Metal supervisor
Metal and Steel Fabrication Certification Course Outline
- Introduction to fabrication, Design considerations, Mathematical calculations, Formulas, Codes and Standards
- Material selection, Method selection for production and fabrication, Different Metals available for Metal Fabrication,
- Most common forms of stock sizes and materials, metal fabricator’s toolbox
- Occupational hazards, personal safety, Workplace safety
- Introduction to sheet metal work, Basics of hand tools, Design basics, CADD basics
- Sheet metal equipment, material selection, Patterns and layouts
- Metal shaping, Hammer-forming, Riveting, Restoration
- Occupational hazards