Select Page

Foamtec’s UltraSOLV® Cleanroom Foam Wiper: Enhancing Fiber Optic Cleaning Efficiency and Efficacy

by | Jun 22, 2023

Introduction: Cleaning fiber optic connectors and optical end faces are critical in manufacturing and assembly processes. Maintaining cleanliness ensures optimal end-face quality and preserves the integrity of the optical signal. This article will explore how Foamtec’s UltraSOLV® cleanroom foam wiper can revolutionize the cleaning of fiber ferrules, optical end faces, and fiber optics, improving efficiency and efficacy during manufacturing and assembly.

Introducing UltraSOLV®: Foamtec’s UltraSOLV® is a super soft open cell foam wiper explicitly designed for dry cleaning operations. It possesses two key attributes that make it ideal for fiber optic cleaning: absorbency and static dissipative properties. Let’s delve into how these attributes enhance the cleaning process.

  1. Absorbency: UltraSOLV’s® high absorbency allows it to capture contaminants during cleaning effectively. The variegated pore structure of the foam wiper enables it to capture particles of different sizes with a very light touch. This means that even the tiniest particles and debris on fiber ferrules and optical end faces can be efficiently and gently removed, ensuring a pristine cleaning result.
  2. Static Dissipative Properties: Static charge can attract dust particles and impede cleaning. However, UltraSOLV’s® static dissipative properties mitigate this issue. When used in dry cleaning operations, the foam wiper helps to dissipate static charges, reducing the attraction of dust particles to the cleaned surfaces. This ensures a cleaner end face over time, as fewer dust particles will be attracted, improving overall cleanliness.

Advantages over Fabric Wipers: Unlike traditional fabric wipers, UltraSOLV® offers several distinct advantages in fiber optic cleaning:

  1. Particle and Fiber Generation: Fabric wipers often generate particles and fibers during wiping due to abrasion. This poses a risk of introducing additional contaminants to the cleaned surfaces. In contrast, UltraSOLV’s® foam construction is highly resistant to generating particles and fibers, ensuring a cleaner environment and reducing the potential for cross-contamination.
  2. Conformability: The foam structure of UltraSOLV® allows it to conform to the surfaces being cleaned, such as fiber ferrules and optical end faces. This feature ensures excellent cleaning efficiency by maximizing contact and removing contaminants effectively, even in hard-to-reach areas or complex geometries.

Conclusion: Foamtec’s UltraSOLV® cleanroom foam wiper presents a superior solution for cleaning fiber ferrules, optical end faces, and fiber optics during the manufacturing and assembly processes. It’s absorbency and static dissipative properties, combined with a variegated pore structure and conformability, enable efficient and effective removal of contaminants without introducing additional particles or fibers.

By adopting UltraSOLV® as a cleaning tool, fiber optic cable assembly manufacturers and installation technicians can elevate their cleaning practices to achieve higher end face quality, improved optical signal performance, and increased overall productivity. With the art of cleaning perfected, the reliability and longevity of fiber optic connections will be enhanced, ensuring optimal performance in various applications across industries.

Learn more about Foamtec’s UltraSOLV Wipes:

https://www.foamtecintlwcc.com/products/cleanroom-wipes/foam/ultrasolv-wiper