For a wide range of electrical applications, Protexion offers a floor coating with high electrical resistance and a dielectric coating with excellent electrical insulation.
The dielectric coating is designed to minimize breakdown under voltage-induced stress, preventing electric shock to people and valuable equipment. Our shock proof coating provides a long-lasting and attractive environment for your workplace while maintaining a high dielectric strength and superior electrical insulation properties.
In real life, incidents like electricity theft and electrocution result in damage and loss. AC voltages up to 60 volts and DC voltages up to 40 volts are typically regarded as reasonable limits. Anything else is seen as dangerous. We recommend a dielectric coating for a variety of applications, including the floor of a panel room or bus bar. As a result, insulation is required. Rubber mats placed in front of electrical panels can be replaced by this.
Due to their resistance to tracking and excellent UV radiation, coatings that are shock-resistant or shock proof are ideal for use outdoors and in severe weather.
Thermal shock can occur when normally cool floors are exposed to extremely hot water or steam, despite the fact that all industrial floor coatings are designed to expand and contract in response to some temperature change. When refrigerated rooms are cleaned with hot water or steam, thermal shock is most common in agricultural facilities and food and beverage manufacturing plants. Normal floor paint can crack, bubble, peel, or delaminate under extreme and rapid temperature changes.
Polyurethane floor coatings have more elasticity than epoxy floor coatings, but they are not as long-lasting. Polyurethane coatings, like facilities with epoxy floors, offer thermal shock resistance and antimicrobial properties that are essential for medical and food-related facilities. Coatings for polyurethane floors set quickly and can have a non-skid or decorative surface.
Fortunately, there are a few options for preventing thermal shock from damaging your floors. Polyurethane concrete and flexibilized high temperature epoxy are the two most popular flooring materials because they can withstand extreme temperatures.
To protect against thermal shock, flexible high temperature epoxy floor coatings can be poured over a concrete subfloor. Epoxy floor paint is the most widely used floor coating in industrial and commercial settings. It typically has excellent adhesion properties, is resistant to abrasion, and is almost always not solvent-based. Hire an industrial coating contractor who knows the difference between a traditional floor epoxy paint that will delaminate in extreme temperatures and an epoxy coating designed specifically for extreme temperatures if you decide to use a floor epoxy paint or sealant.
The most effective and long-lasting option for sealing concrete floors is the current floor resistant coating. Insulated floors can get paint and a smooth, shock proof coating from Protexion. It is a self-leveling solvent-based flooring that is based on Grafted co-polymer technology. Insulation flooring is intended to be dust-free, user-friendly, and visually appealing. This floor is resistant to chemicals, has high drainage, is water-resistant, and shields metal components from corrosion in addition to its isolation properties.
Electrical panel rooms, substations, battery rooms, power supply change rooms, and other high-voltage risk areas, Protexion offers a dielectric coating for the floor to prevent electrical leakage. In commercial and industrial settings, numerous floor systems also provide a crucial safety feature. Consequently, it is more crucial than ever to fully comprehend your options and have the skills and knowledge to select the appropriate workplace flooring.
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