Cleaning Wipes Tork W4 190578 – blue low-lint cleaning cloths

Tork W4 190578 cleaning wipes are blue, low-lint disposable cloths designed for general cleaning tasks across industrial, workshop and facility environments. Their construction reduces lint and streaking, making them suitable for cleaning hard surfaces, machinery exteriors and workbenches. These single-use wipes simplify surface cleaning and help limit cross-contamination by enabling quick removal and disposal after use.

Advantages

The wipes combine a low-lint fabric with absorbent material to capture dust, dirt and light liquids without leaving fibers behind. Their uniform blue color helps designate them for maintenance use and prevents mixing with other wipes intended for different tasks. The disposable format removes the need for laundering and reduces downtime associated with reusable cloths.

Suitable for

• General surface cleaning in workshops and factories
• Machine exterior wipe-down and maintenance
• Cleaning workbenches, tools and hand-contact areas
• Facility maintenance and janitorial tasks

Key specifications

• Color: blue for easy task identification
• Material: low-lint, disposable nonwoven cloth
• Lint control: reduced fiber release for streak-free results
• Usage type: single-use wipe for cleaning and light liquid pickup

How to use

Select a single wipe and fold as needed to expose a clean surface. Wipe the targeted area using light to moderate pressure, turning the wipe to a fresh section as it becomes soiled. For removal of oils or sticky residues, use additional wipes as required until the surface is clean. After use, place the wipe in an appropriate waste container following facility waste-disposal procedures.

Usage recommendations

For best results, use Tork blue low-lint wipes on dry or slightly damp surfaces and avoid heavily oversaturated cleaning solutions. Store wipes in a dry area away from direct sunlight to maintain material integrity. Dispose of used wipes according to local regulations and facility protocols to prevent contamination.