Static Control in the Textile Industry – Frequently Asked Questions (FAQ)

mlemieux76
3 hours ago
2 min read

Understanding the Basics of Static Electricity in Manufacturing

In high-speed textile manufacturing environments such as maquilas, électricité statique (static electricity) can lead to significant production challenges. From quality issues to safety concerns, understanding how static control works—and how technologies like Corona treaters can help—is essential for facility managers and industrial engineers. Below, we answer some of the most common

questions related to static control in the textile industry.

What is static electricity and why does it matter in textile manufacturing?

Static electricity is an imbalance of electrical charges on a material's surface. In textile environments, static is generated when synthetic fabrics rub against machinery or each other. This charge can lead to: - Lint and dust attraction - Fabric sticking or misalignment - Risk of fire or electric shock - Production

downtime due to machine malfunctions.

What is static control?

Static control refers to a set of technologies and practices designed to prevent, neutralize, or eliminate static buildup. These can include ionizing bars, grounded surfaces, humidifiers, and Corona treaters. Proper static control enhances product quality, safety, and overall production efficiency.

What is a Corona treater and how does it help with static control?

A Corona treater uses a high-voltage electrical discharge to change the surface energy of materials. While it's primarily known for improving ink and adhesive bonding, it also helps dissipate électricité statique from surfaces. This reduces contamination, improves material handling, and minimizes static-related defects.

Is static control necessary in every textile facility?

If your facility deals with synthetic fabrics, high-speed production, or environments with low humidity,

static control is highly recommended. This is especially true for maquilas where output volume is high

and product quality must remain consistent.

What industries beyond textiles benefit from static control?

Many industries face static-related challenges, including: - Packaging and printing: Prevents film sticking and improves ink application. - Electronics: Protects sensitive components from electrostatic discharge. - Plastics: Reduces contamination and improves processing. - Automotive: Improves painting and coating consistency.

How does Crowther support textile companies with static control?

Crowther specializes in providing custom static control solutions for manufacturers in Canada, France,

Italy, Central America, India, and other maquila-heavy regions. We offer: - Site-specific evaluations -

Corona treater installations - Full-scale static control system integration - Technical support and

maintenance

How can I know what solution is right for my facility?

The best approach is a facility assessment to determine your static hotspots, material types, production speed, and environmental conditions. Crowther offers expert consultations to design and implement a solution tailored to your specific needs.

Still Have Questions? We’re Here to Help

Understanding and managing électricité statique in textile operations is critical for reducing waste, improving safety, and maintaining high product standards. Whether you need a Corona treater or a complete static control system, Crowther has the expertise to help.