Filtration for Aqueous Cleaning, Parts Washing & Industrial Laundry
Aqueous cleaning and industrial laundry systems share a common failure mode: contamination accumulates faster than gravity, settling, or weir overflow can manage it. Cleaner chemistry exhausts prematurely, oil and lint reach process surfaces, and bath dump frequency drives chemistry, water, and waste-haul cost.
K Factor vacuum filtration extends bath life on aqueous cleaners and parts washers, recovers lint and fiber from laundry circuits, and pulls oil from cleaning chemistry without disposable bag or paper-bed media.
The filtration challenges in this industry
Bath chemistry exhaustion
Soils, oils, and particulate exhaust cleaner chemistry long before its inherent chemical life is reached — driving frequent dumps and chemistry purchases.
Tramp oil on cleaner baths
Carry-over oil floats on the bath, cuts oxygen transfer, and reaches downstream rinse and dry stages, defeating the purpose of cleaning.
Lint and fiber in laundry circuits
Industrial laundry water carries lint and fiber that plug heat exchangers, screens, and downstream treatment equipment if not captured continuously.
Specialty fluid recovery
High-cost specialty cleaning chemistries justify aggressive filtration to maximize bath life and recover chemistry value.
How K Factor solves them
Q-Filter Active Vacuum Belt at 1 micron
Self-renewing media holds 1 micron continuously — extends cleaner bath life 3–5× and removes the particulate that exhausts chemistry.
KĀV inline vacuum on parts-washer sumps
Sump-side 27" Hg vacuum pulls solids and oil from the bath bottom while the washer continues running.
Lint and fiber recovery for laundry
Vacuum filtration sized to laundry-flow profiles captures lint and fiber inline, protecting downstream heat exchange and treatment.
No disposable bag or paper-bed media
Self-renewing media eliminates the consumable spend, handling labor, and disposal cost of bag and paper-bed systems.
Recommended products
Filter platforms most often deployed in this industry.
Application detail pages
Process-specific deep-dives within this industry.
Frequently asked questions
How do you extend aqueous cleaner bath life?
Aqueous cleaner bath life is extended 3–5× by continuously removing the soils, fine particulate, and tramp oil that exhaust the chemistry. A 1-micron active vacuum belt filter (Q-Filter) clarifies the bath inline without disposable media and without taking the washer offline.
What is the best filter for a parts washer?
A sump-side inline vacuum filter (KĀV) running at 27" Hg pulls solids and oil from the bath bottom while the parts washer continues running — the standard solution for spray and immersion washers where bath dump frequency drives operating cost.
How do you remove lint from industrial laundry water?
Self-renewing vacuum belt filtration sized to laundry flow profiles captures lint and fiber inline, protecting downstream heat exchangers, screens, and treatment equipment without the consumable spend of bag or screen systems.
Will this hurt my cleaner chemistry?
Vacuum filtration is chemistry-agnostic. It removes the soils that exhaust chemistry — extending the useful life of whatever cleaner you currently run.
Can it remove tramp oil?
Yes. Vacuum platforms can be configured to capture floating oil along with suspended particulate, restoring bath performance.
Talk to an industry specialist
Tell us about your flow rate, fluid, contamination profile, and uptime requirements. We'll match you to the right K Factor platform — or engineer one to spec — and back it with a 30-day in-plant trial.