Jiangsu Textile Research Institute Inc.

In industrial production, especially in high-tech fields such as electronics, semiconductors, and optoelectronics, static electricity control is crucial. Anti-static clothing is an important piece of equipment to prevent the accumulation of static electricity and protect the safety of products and personnel. The choice of fabric is particularly important. Among many anti-static fabrics, striped and grid fabrics have become the mainstream choice in the market due to their unique structure and performance. This article will discuss in detail the characteristics, advantages, application scenarios and selection strategies of these two fabrics.

Striped anti-static fabric

1. Structural features

Striped anti-static fabric uses a specific weaving process to embed conductive threads in the warp direction to form a series of vertically distributed conductive stripes. These conductive stripes are like "lines of defense" that effectively guide and dissipate static charges, thereby protecting the production environment and products from static interference.

2. Performance advantages

Economical and affordable: Compared with grid fabrics, striped fabrics have lower manufacturing costs, so they are more affordable and suitable for occasions that have certain cost requirements.

Wide application: Although the anti-static performance of striped fabrics may be slightly inferior to grid fabrics, striped fabrics have been used in many industries with less stringent requirements for static electricity, such as food factories, pharmaceutical factories, and places where electronic components are less sensitive. enough to meet the needs.

Easy to maintain: The striped fabric is relatively simple to wash and maintain, and the conductive fibers are not easily damaged, reducing maintenance costs.

3. Application scenarios

Striped anti-static fabrics are widely used in various situations that require anti-static protection, especially in environments that are cost-sensitive and do not have very high electrostatic requirements. It can not only provide basic electrostatic protection, but also effectively control costs, making it an ideal choice for many enterprises.

Grid anti-static fabric

1. Structural features

grid anti-static fabrics use a more complex weaving technology, with conductive threads embedded in both the warp and weft directions to form a dense conductive grid. This structure allows the fabric to effectively conduct and dissipate static charges in any direction, thus providing more comprehensive and stable anti-static properties.

2. Performance advantages

Stable performance: The conductive grid structure of the grid fabric ensures that its conductive performance is consistent and stable in all directions, and can maintain efficient electrostatic protection effects for a long time.

High sensitivity: For occasions with extremely high electrostatic sensitivity, such as the production and testing environment of precision electronic components, grid fabrics can provide a higher level of electrostatic protection to ensure product quality and safety.

Strong durability: The conductive fibers of the grid fabric are evenly distributed and strong, and are not easy to fall off or be damaged, extending the service life of the garment.

3. Application scenarios

grid anti-static fabrics are widely used in industries with extremely high electrostatic requirements due to their excellent performance, such as semiconductor manufacturing, optoelectronic display, precision instrument manufacturing and other fields. In these occasions, any small static interference may have a serious impact on product quality, so choosing grid fabric is the key to ensuring smooth production and product quality.

Choose strategy

When choosing anti-static clothing fabrics, companies should make comprehensive considerations based on their actual needs. Here are some suggestions:

Clarify needs: First, clarify the specific requirements for electrostatic protection in the production environment, including factors such as electrostatic sensitivity and cost budget.

Performance comparison: Compare the performance characteristics of striped and grid fabrics, and choose the most suitable fabric according to actual needs.

Brand credibility: Choose products from well-known brands and reliable suppliers to ensure fabric quality and after-sales service.

Cost-effectiveness: On the premise of meeting performance requirements, consider cost-effectiveness and choose products with high cost-effectiveness.