Instructions for Use and Daily Maintenance of ESD Anti-Fatigue Floor Mats
Currently, anti-static and anti-fatigue floor mats are experiencing functional and aesthetic improvements due to their innovative design. Combining anti-fatigue and anti-static properties, they are crucial flooring consumables in industrial production processes. The surface layer of the Baosteel-patterned anti-fatigue floor mat uses anti-static PVC material and can be equipped with a yellow warning strip for both visibility and aesthetics. The cushioning layer uses different types of foam depending on the application, providing comfort underfoot. These two surface layers are firmly bonded together using an environmentally friendly and strong adhesive, with the bottom layer being anti-static rubber.
The anti-fatigue ESD floor mat is manufactured using advanced technology. Its surface uses steel-patterned anti-slip and anti-static PVC, while the bottom uses smooth anti-static rubber, achieving permanent anti-static properties. Therefore, anti-fatigue floor mats can be used in non-anti-static environments and areas, and can also be used to upgrade anti-static areas. Experts point out that anti-fatigue floor mats are a very simple and feasible method for preventing static electricity in workshops. Because anti-fatigue mats have excellent anti-slip properties, their surface must not be contaminated with oil or dust, otherwise their anti-static properties will be reduced.
If anti-fatigue mats are to be laid on the floor, and oil or dust is found on the surface, it can be wiped with a clean cotton cloth dampened with a small amount of water. If the dirt is stubborn, a clean cotton cloth with a little alcohol can be used to wipe it. Note that alcohol should not remain on the surface, as this will damage its shine. Anti-fatigue mats are bonded together using adhesives of various materials; therefore, it is best not to wash them with water, and heavy objects should not be placed on their surface for extended periods. Using anti-fatigue mats in harsh environments will shorten their lifespan.