Why use an ESD anti-static chair
The core value of an anti-static chair is to eliminate the threat of static electricity to precision equipment, human health and production safety through special materials and structural design. Its main application necessity is reflected in the following three aspects:
1. Prevent static electricity from damaging sensitive components
Static protection mechanism
Made of conductive PP plastic, anti-static PU/PVC leather or PU foam material, the surface resistance value is stable in the range of 10⁴–10¹¹Ω. Through the grounding chain of the chair foot or the anti-static wheel, the static charge generated by the friction of the human body is introduced into the earth to avoid the accumulation and discharge of charge.
For example, in an electronic production line, workers can generate thousands of volts of static electricity by rubbing against ordinary chairs, while semiconductor components can be damaged by only 10V static electricity.
Application scenario rigid demand
Electronic manufacturing industry: Huawei, BYD and other companies must be equipped with production line operation stations to prevent static electricity from breaking through microelectronic components such as chips and circuit boards.
Laboratory/clean room: Protect precision instruments from static interference, and the low dust generation characteristics of the material meet the CLASS100–CLASS1000 purification standards.
2. Ensure the safety and health of operators
Eliminate personal hazards
Strong static electricity environments may cause accidental electric shocks or muscle paralysis reactions. Anti-static chairs reduce the body's static load through real-time charge discharge, reducing the risk of nervous tension and endocrine disorders.
For example, when workers in pharmaceutical workshops are exposed to chemical reagents for a long time, static electricity discharge may ignite volatile substances. Anti-static chairs are mandatory in such scenarios.
Improve work comfort
Anti-fatigue design: High-elastic PU foam cushion disperses hip pressure, and adjustable backrest (such as double C-shaped lumbar support) fits the lumbar curve to relieve muscle strain from 8 hours of continuous work.
Breathable heat dissipation: Material properties avoid long-term sitting and stuffiness, and maintain body comfort.
3. Adapt to special industrial environments
Durability enhances production safety
The metal bracket + nylon five-star tripod has a load-bearing capacity of more than 1000N (about 102kg), and the wear-resistant and corrosion-resistant material can withstand workshop oil pollution and chemical reagent erosion. Compared with ordinary office chairs, its impact-resistant structure can avoid breakage accidents caused by accidental collisions with heavy tools.
Flexible functions to match scenarios
Scenario requirements
Differences in assembly line heights Gas rods support 430–870mm lifting and lowering adjustment
Cleanroom mobility requirements 360° rotation + anti-static pulleys for flexible movement
Outdoor/harsh environment Stainless steel material resists weathering and corrosion
💎 Key conclusion: In electrostatically sensitive areas (electronics/medicine/aerospace), anti-static chairs have changed from "optional accessories" to "safety needs". Its core value is not only to protect high-value equipment, but also to reduce the risk of occupational strain through ergonomic design, and simultaneously achieve a dual improvement in production efficiency and employee well-being.