The complex electrical infrastructure of industrial facilities requires specific labeling in order to communicate important safety and work-related information effectively. These labels must be designed to meet regulatory requirements, equipment specifications, and durability needs. Electrical panel phenolic label must also be easy to read and able to resist the environment in which they are installed.
Why is phenolic used?
In the field of labeling, phenolic plates (also known as lamicoid) are a preferred option due to their extreme durability. They can withstand environmental challenges such as fluctuating temperatures, corrosive chemicals, or mechanical stress without warping or fading. Additionally, they are an ideal choice for electrical panels and other equipment because they have excellent electrical insulation properties.
It is essential that facilities management teams understand the regulations and standards that apply to their facilities’ electrical systems in order to maintain compliance with these guidelines. The Occupational Safety and Health Administration (OSHA) and the American National Standards Institute (ANSI) are two of the largest organizations that oversee these regulations.
Whether it is a switch plate, or any other type of electrical label, the materials used to construct them are very important. Choosing a non-conductive material like phenolic is an excellent idea for any location where electrical work is conducted. They won’t conduct electricity should there be a failure in the switches themselves, and they are not prone to corrosion as metal signage is. They also work well in machinery because they are very strong and resistant to vibration.