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Textra® Tube Sealed Border Dry Wipers Advanced Tube-Knit Construction with Sealed Edges for Ultra-Low Lint and High Durability Textra® tube sealed border dry wipers combine continuous filament tube-knit construction with sealed edge technology to deliver exceptional cleanliness, durability, and particle control. Designed for critical cleanroom environments, these wipes eliminate exposed edges and minimize fiber release. ▼ EXPAND TECHNICAL REFERENCE
Tube-Knit Engineering for Edge-Free Contamination Control
Textra® tube sealed border wipers are manufactured using a continuous tube-knit process, eliminating two of the four cut edges found in traditional wipes. This significantly reduces fiber exposure and minimizes particle generation at the most common contamination points.
The remaining edges are sealed using advanced technologies—such as laser or thermal sealing—to further stabilize the structure and prevent fraying. The result is a highly engineered wipe that delivers superior cleanliness and durability in demanding environments.
This combination of tube-knit construction and sealed edges makes Textra® wipers ideal for high-performance cleanroom applications requiring ultra-low lint, low extractables, and consistent process reliability.
Textra® Tube Sealed Technology
Tube-Knit Construction:
Eliminates side edges, reducing fiber exposure and contamination risk.
Sealed Cut Edges:
Laser or thermal sealing stabilizes remaining edges for ultra-low lint performance.
Continuous Filament Polyester:
Minimizes fiber breakage and enhances durability.
Double-Knit Structure:
Provides strength, absorbency, and improved cleaning efficiency.
Enhanced Structural Integrity:
Maintains performance under aggressive wiping conditions.
Fast Selection Guidance
  • Critical cleanrooms (ISO 3–5): choose tube-knit sealed edge wipers.
  • Ultra-low lint requirements: ideal for minimizing particle generation.
  • Precision cleaning: suitable for semiconductor, optics, and electronics.
  • High durability needs: tube-knit construction resists wear and fraying.
  • Low extractables: select for sensitive processes and surfaces.
  • Process consistency: standardize across critical cleaning protocols.
Textra® Tube Sealed Wiper Performance Considerations
  • Particle Control: minimized due to reduced exposed edges.
  • Edge Integrity: sealed edges prevent fiber release and fraying.
  • Lint Performance: ultra-low lint suitable for critical environments.
  • Extractables Profile: low NVR and ionic contamination.
  • Durability: withstands aggressive wiping and repeated use.
  • Absorbency: efficient liquid handling with controlled release.
  • Surface Compatibility: safe for delicate and precision surfaces.
Typical Applications
  • Semiconductor wafer and equipment cleaning
  • Optics and precision lens cleaning
  • Pharmaceutical and biotechnology cleanrooms
  • Microelectronics manufacturing
  • Critical surface preparation
  • ISO Class 3–5 cleanroom environments
  • Precision equipment maintenance
  • High-performance contamination control programs
Common Tube Sealed Wiper Issues to Avoid
  • Using standard cut-edge wipes in critical environments.
  • Assuming all sealed edge technologies perform equally.
  • Selecting lower-grade materials for high-purity applications.
  • Overlooking compatibility with cleaning solvents or chemicals.
  • Using non-validated wipes in regulated processes.
  • Failing to standardize wipe selection across critical workflows.
Textra® Tube Sealed Category Path
This category sits within Lint-Free Sealed Border Dry Wipers and represents advanced tube-knit sealed edge technology. It is best suited for critical environments requiring ultra-low lint performance, enhanced durability, and maximum contamination control.
Need Help Selecting the Highest-Performance Cleanroom Wiper?
Contact our contamination-control specialists at Sales@SOSsupply.com or call (214) 340-8574.
SOSCleanroom Disclaimer
This information is provided for general educational purposes regarding tube-knit sealed edge cleanroom wipers and contamination-control practices. Product selection should be based on cleanliness requirements, process conditions, and regulatory standards. Customers are responsible for verifying suitability within their specific environment.