CleanFoam® TX757B Micro Cleanroom Swab, Non-Sterile NSF
CleanFoam® Micro Cleanroom Swab, Non-Sterile TX757B
CleanFoam® Micro Cleanroom Swab, Non-Sterile TX757B

CleanFoam® TX757B Micro Cleanroom Swab, Non-Sterile NSF

FLEXIBLE HEAD PADDLE

The Micro CleanFoam® Swab, with its flexible head paddle and compact handle, is an excellent swab for cleaning very small areas and is well suited for cleaning thin, grooved areas of parts and assemblies. Excellent sorbency and good chemical resistance making it ideal for cleaning with solvents such as IPA, applying lubricants and other liquids, and removing excess materials.

Its laundered CleanFoam® head possesses good capacity and cushioning. Polyurethane foam head has been solvent-washed to greatly reduce nonvolatile residue. Thermal bond elimates need for adhesives. A compact, round handle and thin, flexible head paddle provide support without added thickness. 

Features & Benefits

  • Good chemical compatibility with a variety of solutions
  • Readily absorbs solvents and solutions and grabs particulates
  • 100% virgin polypropylene handle ensures no additional contaminants are introduced while offering excellent chemical resistance
  • Autoclavable in dry heat and steam
  • Very low particle generation
  • National Sanitation Foundation (NSFcertification

Part No.Head WidthHead ThicknessHead LengthHandle WidthHandle ThicknessHandle LengthTotal Swab Length
TX757B 3.2mm (0.126") 2.6mm (0.102") 10mm (0.394") 2.2mm (0.087") 2.2mm (0.087") 59.7mm (2.350") 69.7mm (2.744")

Part Number: TX757B


Product Specs

Inner Bags: 500 swabs/bag (5 inner bags of 100 swabs) Outer Bags: 5 bags/case Packaging: 2,500 swabs total/case

Applications

  • Applying and removing lubricants, adhesives and other solutions in a critical clean environment
  • Scrubbing recessed areas
  • Removal of excess materials, debris
  • Cleaning intersecting surfaces and joints
  • Cleaning with compatible solutions and solvents
  • Picking up fine powders
  • Appropriate for use with temperatures less than 350°F

Technical Downloads