2024-11-28
The working principle of an esd chair is mainly through its material and design features to eliminate or reduce the generation and accumulation of static electricity. Anti-static chairs are usually made of conductive materials and anti-static surface treatment technology,antistatic chair which have lower surface resistivity and can effectively dissipate static electricity to prevent accumulation and discharge. Specifically, an anti-static chair achieves its function through the following ways: .
Material selection: Anti-static chairs are usually made of conductive PP plastic and anti-static PU/PVC leather materials. The surface resistance value of these materials is usually between 10^6 and 10^11 ohms, which can effectively reduce the generation and accumulation of static electricity. .
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Design Features: esd chairs laboratory The chair was designed with static discharge in mind, typically equipped with anti-static wheels and grounding systems. These design features ensure that static electricity can be effectively discharged through the chair itself and its accessories, preventing it from accumulating between the human body and the chair. .
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Application scenarios: antistatic stool are widely used in electronic production workshops, laboratories, and clean rooms where static interference needs to be prevented. Due to their resistance to bending, aging, and high load-bearing capacity, anti-static chairs perform well in these environments. .
Through these designs and material choices,cleanroom esd chair can effectively reduce the generation and accumulation of static electricity, protect equipment and personnel safety, and meet the needs of specific environments.