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LN-10006_White
LEENOL
LN-10006_White_160gsm_3mm
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Anti-static fabric is constructed by weaving or embedding conductive fibers into ordinary fabric to form a low-resistance conductive mesh structure. This structure rapidly dissipates static charges generated on the surface of objects due to friction, contact, or separation, thereby preventing the buildup of static electricity.
Anti-static fabric possesses excellent conductivity, with a surface resistance typically ranging from 10⁴ to 10⁹ ohms, enabling rapid charge dissipation. The performance achieved by physically weaving in conductive fibers is durable and stable, and the fabric possesses low-dust and low-exfoliation cleanliness characteristics. Its primary functions include protecting sensitive electronic components from damage caused by electrostatic discharge, preventing dust from being attracted by static electricity to maintain a clean environment, enhancing production safety to avoid accidents caused by electrostatic sparks, and providing comfort by reducing discomfort caused by static electricity.
The difference between anti-static fabric and ordinary fabric lies in the former’s ability to effectively dissipate static electricity, whereas ordinary fabric tends to accumulate static. The distinction from insulating fabric is that anti-static fabric allows charges to leak slowly and safely, whereas insulating fabric completely blocks current flow, leading to significant charge buildup. The anti-static effect achieved by weaving in conductive fibers is long-lasting, unlike the temporary effect provided by surface spraying with anti-static agents.
Product Name | Anti-static Diamond-shaped Fabric | |
Material | 95% polyester, 5% conductive wire | |
Weight | 160gsm | |
Resistance | 10e6 - 10e9ohm | |
Width | 1.52 m | |
Color | Yellow, white, blue |
ESD Fabric is primarily used to manufacture anti-static workwear, such as dust-proof and anti-static garments. It is suitable for industries with high static sensitivity and stringent cleanliness requirements, including healthcare, pharmaceuticals, food processing, precision instruments, aerospace, petrochemicals, and electronics and machinery. It is used to protect sensitive electronic components, prevent dust from being attracted by static electricity, and enhance production safety.
