Kimberly-Clark Dry Wipes Low Lint Case of 60 Boxes with 286 Wipes Each

Kimtech Science™ Kimwipes® Delicate Task Wipers, 1-Ply (05511) – Case of 60 Boxes

The Kimtech Science™ Kimwipes® (05511) (manufactured by Kimberly-Clark Professional®) is the global laboratory standard for light-duty, precision cleaning of delicate instrumentation, optical components, and critical surface geometries. Fabricated from 100% virgin cellulose fibers using a specialized texturing process, these 1-ply delicate task wipers deliver excellent absorbency while maintaining an ultra-low linting and low-extractable profile. Supplied as a high-density logistics case of 60 pop-up dispenser boxes containing 286 wipers each (yielding a total of 17,160 sheets per case), this 4.4 x 8.4 inch wipe format features an anti-static dispensing window that actively suppresses electrostatic discharge (ESD) and airborne lint tracking during technical maintenance cycles.

Technical Performance & Engineering

• Ultra-Low Linting Virgin Cellulose: Engineered to prevent microscopic fiber fragmentation and surface shedding. These wipers safely clear dust, condensation, and light liquid films from sensitive components without leaving behind trace residues that could disrupt analytical paths.
• Non-Abrasive Soft Texture: Designed to absorb fluids and trap particulates without scratching fragile finishes. When used dry or paired with high-purity solvents like Isopropyl Alcohol (IPA), they protect high-end lenses, bare silicon wafers, and delicate mirrors.
• Anti-Static Poly-Shield Dispenser: The cardboard box is integrated with a specialized plastic anti-static aperture window. This shield controls sheet-by-sheet delivery, preventing the static charge generation that pulls ambient room dander onto the clean wipes during manual extraction.
• Chemical Extraction Resistance: Certified to possess a remarkably low chemical extractable footprint. This guarantees that wiping down an active analytical stage or sensor will not introduce trace plasticizers or chemical contaminants that could skew mass spectrometry or high-sensitivity chromatography readouts.

Product Specifications

• Model Number / SKU: 05511 (Kimtech Science™ Kimwipes® LBI Series)
• Primary Manufacturer: Kimberly-Clark Professional®
• Sheet Dimensions Profile: 4.4 x 8.4 inches ($\approx 11.2 \times 21.3\text{ cm}$) per individual sheet
• Layer Thickness: 1-Ply Light-Duty Texture Performance Grade
• Material Chemistry: 100% Virgin Natural Cellulose Fiber Matrix
• Color Morphology: Bright White
• Dispensing Format: Pop-Up Box with integrated anti-static poly-shield window
• Chemical Status: Inert, un-treated, and silicone-free baseline
• Packaging Configuration: Master Case of 60 Boxes | 286 Wipes per Box (17,160 total sheets per logistics unit)

Key Benefits & Applications

• Laboratory Optical & Lens Maintenance: The premier choice for dusting and drying spectrophotometer cuvettes, microscopic objectives, camera lenses, and laser fiber optic terminals without creating micro-scratches.
• Analytical Instrument Cleaning: Ideal for wiping down autosampler needles, HPLC injection ports, micro-pipette shafts, and balance pans during standard diagnostic calibration and decontamination protocols.
• Tissue Culture & Slide Preparation: Safely blots away excess staining reagents, buffer fluid spills, or moisture rings from glass coverslips and diagnostic slides without lifting critical sample material.
• **Cleanroom and Facility Support Gowning Stations:** Provides facility managers with a dependable, low-linting utility wipe to clear face-shields or dry delicate calibration weights prior to sensitive cleanroom weighing operations.

Kimtech Science™, Kimwipes®, and Kimberly-Clark Professional® are registered commercial trademarks of the Kimberly-Clark Worldwide, Inc. portfolio. SKU 05511 specifies the small 1-ply delicate task variant. For heavy-duty liquid fluid spills or cleaning rugged industrial equipment frames, the multi-ply Kimtech Kaydry® series or high-capacity WypAll® structures should be integrated into the procurement pipeline instead.