Description

Description

  • Key Performance Benefit: UltraSOLV® Foam Swabs by Foamtec are precision-engineered tools designed for use in critical environments such as cleanrooms, disk drive assemblies, optical assemblies, precision timepieces, and medical device manufacturing.
  • Material & Construction: The swabs feature a hydrophilic UltraSOLV® foam tip and a fiber-free design that prevents fiber shedding and contamination. The tips are thermally bonded to the handle, eliminating adhesive residue.
  • Risk Reduction / Compliance Benefit: Engineered to exhibit exceptionally low ionic and Non-Volatile Residue levels to prevent electrical conductivity issues and maintain the integrity of sensitive components.
  • Protection Level: The foam tip is strong and abrasion-resistant, minimizing particle generation during cleaning to help protect delicate components.
  • Comfort & Usability: Available in various tip sizes to support cleaning of critical and hard-to-reach areas across different applications.
  • Safety & Compliance Assurance: Designed for applications requiring strict cleanliness standards in high-tech manufacturing and critical cleanroom environments.

Recommended For

  • Cleanroom environments
  • Disk drive assemblies
  • Optical assemblies
  • Precision timepieces
  • Medical device manufacturing
  • Cleaning critical and hard-to-reach areas

Primary Industries

  • Semiconductor
  • Medical Device Manufacturing
  • Precision Manufacturing

Packaging

  • 500 Swabs / Pack
  • 16 Packs / Case
  • 8,000 Swabs Total\
SHOW MORE

Properties

Head Thickness 5.0 mm
Head Width 6.0 mm
Head Length 17.8 mm
Handle Length 133.9 mm
Handle Diameter 2.9 mm
Total Length 151.7 mm
Head Material UltraSOLV® Foam
Head Bond Thermal
Handle Material Polypropylene
Handle Color Blue

FAQs

How does a fiber-free design help reduce contamination risks?

A fiber-free design helps prevent lint or loose fibers from being introduced during cleaning. This is important when working with delicate assemblies or optical components where fiber contamination could interfere with function, visibility, or assembly quality in precision manufacturing environments.