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Antistatic Anti-Fatigue Deck Matting for Assembly Lines and Operator Areas




Antistatic Anti-Fatigue Deck Matting, specifically designed for assembly lines and operator areas in various industries such as automotive, electronic, medical, pick and pack, and cleanroom.




This matting features a unique deck plate design, with an antistatic, hard, and durable surface laminated onto an antistatic elastic cushion. It provides a permanent anti-static solution, with a surface resistance of the electrostatic dissipation layer measuring between 106-108 ohms, and the conductive layer measuring between 103-105 ohms.



One of the key features of this matting is its ability to effectively cushion foot pressure and relieve fatigue, making it a comfortable choice for operators who have to stand for prolonged periods. Moreover, the matting is equipped with anti-static warning signs, which naturally form an ESD protection zone, ensuring a safe working environment.



Cleaning and maintenance of the matting is hassle-free. The surface is easy to clean and migrate, without affecting the normal working environment. Additionally, the anti-skid surface design further enhances safety. The matting is also resistant to acid, alkali, and solvents.



The size of the matting can be customized according to specific requirements, making it suitable for a range of applications. It can be used in non-ESD areas, providing an economical and effective anti-static solution. Furthermore, it is ideal for long-term station use in places such as supermarkets, gas stations, workshops, laboratories, and more.



To ensure optimum performance and longevity of the matting, regular cleaning is recommended. The surface should be cleaned of oil and dust on a regular basis. Stubborn dirt can be cleaned using a clean cloth dipped in alcohol, followed by drying with another clean cloth. Please note that the adhesive used in the matting cannot be cleaned after bonding.


Lastly, it is important to avoid placing sharp objects on the matting, as they may cause surface scratches, potentially compromising its effectiveness.


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