Q+ Wu-neat Z6 105

  • Made from Microfibers

  • Woven extremely tightly to ensure wipe durability

  • 105grs/m2

  • Really abrasive wipes

  • Extremely goof at removing water and oil based micro dirt

  • Solvent-safe double bag cleanroom packaging

  • Edge : Laser, Ultrasonic, Premium Border Ultrasonic

Q+Range : Pure from the Start

Gekatex is one of the very few wipers manufacturers in the world who produce its very own cleanroom fabric : knitting, pre-washing, heat-setting, cleanroom conversion and finally ISO 5 Cleanroom laundered and packed. All these operations are fully integrated and closely monitored inside our facilities.
  • Available in different folding and size
  • International Delivery Available
  • Customised Packaging Possible
The Z6 Wipes is woven from microfibers. The weight of the wipes is 105grs/m2. The first quality of the wipes is its extreme softness!

The Z6 120 woven wipe is a completely woven and non-knitted wipe made of microfibers. The term microfiber refers to any fiber whose linear density is less than 1 decitex, which can be approximated to a diameter less than 9um. The extreme fineness of the microfiber, as well as its star structure, give it an excellent cleaning efficiency, even when dry, without scratching the surface.

Our Wu-neat Z6 120 wiping cloths are available by 3 "hot" cutting processes: 

  • The laser is an economical cutting process that strongly eliminates the release of fibers compared to a "cold" cut (blade, chisel)
  • The classic ultrasonic cutting (called "sealed edge"), also known as heat-sealing, gives a flat and very thin edge, a little translucent, with a soft and therefore non-scratching touch. The cut can sometimes break and generate some fibers. This cutting will be preferred on very fragile products, such as telephone screen, electronic circuit. Ultrasonic welding gives a textured edge (braces), more flexible.
  • This last is our choice "premium" in terms of cutting. Synthetic knits are the cleanest fabrics. Their structure allows them to undergo cleaning before being packaged, to ensure an excellent level of initial cleanliness. In use, they generate few particles because they are composed of continuous filaments.

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