Grab-EEZ 9" x 9" polyester/cellulose cleanroom wipes are built around a real operational problem: in gloves, people routinely pull more wipes than needed, then set extras down “for later.” That creates waste and increases cross-handling risk at wipe-down stations.

The Grab-EEZ workflow (wipe refills used with a dedicated dispenser) is intended to make “one wipe at a time” the default behavior. In practice, this tends to pay off in the places where supervisors see the most drift: gowning benches, wipe-down carts, packaging wipe stations, maintenance tool areas, and equipment touchpoints.

This SKU is a dry cleanroom wiper intended for routine wipe-down where absorbency matters. Typical uses include:

• General wipe-down: benches, staging tables, carts, and noncritical equipment exteriors where the wipe needs to pick up liquid and soil without shredding.
• Cleaning-solution application: applying compatible cleaners/solvents in a controlled way (confirm material compatibility and residue limits first).
• Spill pickup and containment: quick response where cellulose typically supports absorption and polyester supports strength.
• Point-of-use standardization: stations where controlled dispensing reduces overuse and keeps wipes cleaner between pulls.

• Consumption control by design: single-wipe pulls reduce waste and reduce unnecessary glove contact with the next wipes.
• Balanced absorbency and wet strength: polyester/cellulose blends are commonly selected when a wipe needs to stay intact while still absorbing quickly.
• Station discipline across shifts: a controlled workflow helps keep “one wipe, one zone” behavior consistent without constant policing.
• Low-linting intent: positioned for reduced fiber/particle risk versus basic facility wipes, but still validate on your surfaces and under your pressure/solvent conditions.
• Better inventory predictability: standardized packaging counts make forecasting easier for high-traffic wipe points.

This wiper is described as a polyester/cellulose blend nonwoven. In operator terms, that blend is typically chosen because it can hold up better than straight cellulose during wet wipe-down, while still delivering fast uptake for routine housekeeping and spill pickup.

This table is written for station setup and purchasing control. If a numeric value is not confirmed by your current supplier documentation, treat it as “not published” and request the latest technical sheet before locking it into a controlled document.

Attribute	Grab-EEZ Cleanroom Wipes 9" x 9" Polyester/Cellulose
Wiper size	9" x 9"
Material	Polyester / cellulose blend (nonwoven)
Workflow	Designed for controlled dispensing with a dedicated Grab-EEZ dispenser
Packaging (bag)	Not stated in this rewrite (confirm current bag count on the SOSCleanroom listing and your receiving label)
Packaging (case)	Not stated in this rewrite (confirm current case configuration on the SOSCleanroom listing and your receiving label)
ISO class statement	Not stated in this rewrite (confirm ISO compatibility/class statement in current supplier documentation)

In critical cleaning programs, two metrics frequently requested by QA are (1) typical ionic extractables and (2) typical NVR (nonvolatile residue). For this wiper, numeric ion/NVR tables are not stated in the source basis used for this rewrite. If your process requires numeric limits, qualify the wiper using your internal extraction method and acceptance criteria.

Ion	Typical value	Notes
Common ions (Na, Cl, K, etc.)	Not stated	Not published in the source basis referenced below; use internal testing if required.

Solvent system	Typical NVR	Notes
Water / IPA / process solvent (your method)	Not stated	Qualify with your method if residue limits matter.

• Packaging: not stated in this rewrite (confirm bag and case counts on the current SOSCleanroom listing and your receiving label).
• Dispensing workflow: intended for controlled pulls with a dedicated Grab-EEZ dispenser.
• Sterility: not stated in this rewrite (do not assume sterile).
• Country of origin (manufacturer statement): not stated in this rewrite.

Poly/cellulose blends are often “workhorse” wipers. The ROI comes from consistent technique and strict zone control—especially when you introduce a dispenser that is supposed to lock in one-wipe behavior.

• Set the station: treat the dispenser and immediate area as a “clean zone.” Do not stack tools, tape, or parts on top of wipe packaging.
• One wiper, one zone: define a wipe zone (example: one cart shelf or one bench quadrant) and discard after that zone is complete.
• Fold for control: quarter-fold into a flat pad; rotate to a fresh face early (before visible loading becomes streaking).
• Wet-wipe when critical: if compatible, lightly wet to reduce friction and improve capture; avoid over-wetting that causes smearing.
• Single direction + overlap: straight strokes with overlap instead of scrubbing back and forth.
• Discard discipline: after burrs/edges, after heavy soil, or after solvent-heavy use—reusing a loaded wiper face is a common contamination reintroduction path.

• Dry-wipe drag: dry wiping on rough surfaces can increase visible linting and streaking; validate wet-wipe technique where appropriate.
• Edge snagging: sharp edges/burrs can snag nonwovens and create fibers; deburr or change wiper choice for that step.
• Residue smearing: using one wiper face too long redistributes oils/films; rotate faces early.
• Cross-zone transfer: using the same wiper across clean/dirty zones defeats the control benefit.
• Unqualified substitution: swapping wiper materials without confirming residue behavior can change yield even if the wiper “looks similar.”

When comparing alternatives, keep the comparison honest: Grab-EEZ differentiates on dispensing behavior as much as substrate. If you want to compare by material class, look for poly/cellulose blend wipes used for routine controlled-environment wiping. Validate any substitute for fiber behavior, residue, and wet strength on your real surfaces.

• Poly/cellulose blend cleanroom wipes from established controlled-environment suppliers: compare on absorbency, strength, and whether documentation supports your quality program.
• Alternative controlled-dispensing wipe systems: compare on “one-at-a-time” pull reliability, dispenser cleanability, and how well the station prevents cross-handling.

This wiper is a strong fit for workstations where behavior control matters: gowning benches, wipe-down carts, packaging wipe stations, maintenance tool areas, and equipment touchpoints where wipe overuse is common. The controlled-dispensing workflow helps keep wipes cleaner between pulls and reduces the temptation to pull more than needed.

SOSCleanroom’s practical value here is helping customers standardize the station: consistent product identity, consistent pull behavior, and a repeatable training module so new operators don’t “invent” their own wiping technique. If your environment is regulated or highly sensitive, SOSCleanroom can also help you identify what additional documentation or qualification steps are appropriate for your program.