There are simple steps to take when undertaking ceramic insulation. These are as follows:
- Removal of Rust. Most often, ceramic insulation is installed directly upon a steel structure. This insulates the structure from the extreme temperatures generated.
- Wiring Lay Out. There is also a wiring structure that has been laid out. Ceramic insulation also needs to be installed around these running wires to avoid any failure in the supply of electric current throughout the structure.
- Welding Bolts. Performing welding activity would result in welding slag flying all over the work area. Laying out ceramic insulation would help avoid this slag from flying into areas that may cause danger. Most often, welding bolts also need to be insulated especially in furnaces or high temperature areas of the structure.
- Other Insulations. Ceramic insulation is just the first layer. Depending upon the design of the insulation structure, the common design would be the installation of another layer of ceramic insulation. From there, most often refractor tiles would be installed.
- Spraying. With the completion of ceramic insulation, the final step would be the smearing and spraying of sealant as well as other chemicals to complete the structure.
Ceramic insulation provides protection from the extreme temperatures generated in certain equipment. This insulation serves two functions, namely to protect the structure beneath the ceramic insulation and to push the extreme temperatures away from the structure.
This can be achieved with a few simple steps. These include cleaning and removal of rust from the steel structure, protection of the wiring layout, and reinforcement of welding bolts. Aside from the ceramic insulation, other insulators can be put in place. Finally, spraying of adhesive and sealing coat chemicals would seal the deal for the proper installation.