Steel strips are protected against electrical conductivity through a process called insulation. This involves coating the steel strips with materials such as insulation tapes, coatings, or varnishes that have high electrical resistance. These insulation materials prevent the flow of electricity through the steel strips, ensuring they do not conduct electrical current.
Steel strips are protected against electrical conductivity by applying a non-conductive coating or insulation layer. This prevents the steel from coming into direct contact with electrical currents, reducing the risk of electrical conductivity.
Steel strips are protected against electrical conductivity by applying an insulating coating, such as paint or a non-conductive polymer, which acts as a barrier between the steel surface and the electrical current, preventing the flow of electricity through the strips.
