Innovative ESD Protection : Discover igubal® groundbreaking concept study on electrostatic discharge (ESD) materials

igus® specialises in the development of plastics and offers a wide range of ESD materials specifically developed for ESD-critical environments.


Advantages of igubal® ESD (electrostatic discharge):

• Electrically conductive
• Minimises discharges
• Excellent abrasion resistance
• Chemically resistant
• ESD certifications available

 

What is ESD?

Electrostatic discharge (ESD) occurs when electrostatic charges build up and are suddenly discharged. This can happen when two different materials touch each other or separate. In the electronics industry, ESD can have devastating effects on components, since even a small discharge is enough to damage or destroy sensitive circuits.

The need for ESD protection

In the highly specialized sectors of electronics manufacturing, semiconductor fabrication, medical equipment production, and aerospace engineering, Electrostatic Discharge (ESD) protection is crucial. ESD can cause significant damage to sensitive electronic components, leading to costly production delays and compromising the integrity of the final products. Implementing stringent ESD control measures is essential to mitigate these risks. This includes establishing ESD-protected areas (EPAs), using antistatic devices, and ensuring all personnel are adequately trained. The goal is to maintain a consistent production flow and uphold the highest standards of product quality and dependability. Through diligent ESD management, industries can protect their investments and reputation, ensuring customer satisfaction and safety.

Conclusion

Protection against electrostatic discharge is crucial to ensuring product quality and reliability in the electronics industry. igus ESD materials deliver innovative solutions that provide effective protection against ESD risks. Their conductivity, abrasion resistance, and tailored specifications allow igus ESD materials to help extend component service life and increase productivity in ESD-critical environments.

Conductivity

igus ESD materials contain conductive additives that allow effective electrostatic charge dissipation, minimising discharge risk.

Abrasion resistance

igus materials are known for their high abrasion resistance, which is very important for extending component service life in moving applications.

Chemical resistance

ESD materials are resistant to many chemical substances, expanding their range of applications in various industries.

ESD four-hole fixed flange bearing

• Polymer housing as an alternative to UC204, 206 and 208
• Housing material: iglidur® ESD
• Spherical ball material: iglidur® X

ESD two-hole fixed flange bearing

• Polymer housing as an alternative to UC204, 206 and 208
• Housing material: iglidur® ESD
• Spherical ball material: iglidur® X

Pillow block bearing with spherical insert bearing

• Housing material: iglidur®  ESD
• Spherical ball material: iglidur® X
• For high temperatures and ESD applications

ESD spherical insert bearing

• Following DIN 626-1
• Material of spherical ball: iglidur® X
• For high temperatures

Rod end with female thread

• Metallic rod end with stainless steel spherical ball for high transverse loads
• Electrically conductive
• Stainless steel body

Rod end, male thread

• Stainless steel spherical ball for high transverse loads
• Electrically conductive
• Stainless steel body