TekniZorb

Nonwoven Cleanroom Wiper

 Product Description

Teknizorb polyester wipes provide an excellent solution for cleaning or wrapping critical surface components. Made of 100% Polyester Hydroentangled Fiber these wipes are extremely soft, provide absorbency, while clean & economical. Exhibits lower particle and fiber release than traditional polyester/cellulose nonwoven blended wipes, softness for scratch sensitive surfaces, binder-free, and has clean cut edges. Class 100 packaged

Composition & Attributes

  • 100% synthetic hydroentangled polyester fiber
  • Very low extractables, low particle and fiber generation
  • Soft texture will not scratch critical surfaces
  • Works well dry or with IPA and other cleaning solvents
  • High liquid holding capacity; maintains strength in wet applications

Applications

  • Ideal for critical surface cleaning & protection
  • Excellent choice for cleaning scratch sensitive (optical) surfaces
  • Effective cleaning & capture of oil & grease
  • Compatible with ISO Class 5+ (Class 100) environments
  • Available pre-wet with IPA & DIW

Purity Specifications

Particles & Fibers Upper Limits
Particles
(0.5-100um) 30 x 10(6)/m2
(>5.0um) 0.20 x 10(6)/m2
Fibers
(>100um) 0.26 x 10(6)
Nonvolatile Residue
IPA Extractant  0.05 g/m2
DIW Extractant  0.06 g/m2
Ions
Chloride (Cl-) < 20 ppm
Calcium (Ca2+) < 20 ppm
Potassium (K+) < 20 ppm
Magnesium (Mg2+) < 30 ppm
Sodium (Na+) < 30 ppm

Ordering Information

Product Description Packaging
TZ1NWP-44 4″ X 4″ (10.2cm x 10.2 cm) 600 EA/Bag    10 Bags/Case
TZ1NWP-99 9″ x 9″  (22.9cm x 22.9cm) 300 Ea/Bag    10 Bags/Case
TZ1NWP-361000 36″ x 1000′ Roll, PVC Core/Bagged 1 Ea/Case

 

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Physical Properties

  • Basis Weight: 68g/m2   (+2/-3 g/m2)
  • Material:
    • 100% synthetic polyester fiber
  • Absorbency
    • Extrinsic Capacity: >380 ml/m2
    • Intrinsic Capacity: >4 ml/g
    • Sorptive Rate: < 10 second

Test Method

  • Orbital Shake Test:
    • IEST-4.3-6.1.4
  • Short Term Extraction:
    • IEST-4.3-7.1.2
  • Standard Exctractable Method:
    • IEST-4.3-7.2.2.1B
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