“Are Flushable Wipes ACTUALLY Flushable? Plumber Tests” is a question many of us ask every time we reach for a wipe in the bathroom. With so many different “flushable” labels on the market, it’s tough to know which products truly break down like toilet paper—and which ones might jam your pipes. In his video experiment, Roger Wakefield tests multiple brands of flushable wipes (plus standard toilet paper and a baby wipe) to see how each one behaves in water after 24 hours. Below, you’ll discover how he ran these tests, which wipes broke down best, and what you should do to minimize the risk of clogs.
Why Flushable Wipes Matter to Plumbers
Plumbers often find themselves unclogging toilets or snaking sewer lines packed with wet wipes. The problem is that many wipes—especially baby wipes—are made with plastic binding fibers to keep them strong enough not to tear under normal use. While that sturdiness is good in your hand, it can be disastrous for your pipes and municipal wastewater systems if it doesn’t break down readily.
In many municipalities, flushable wipes cause blockages or “fatbergs” by clumping together with cooking grease and other debris. Even wipes labeled “flushable” might not degrade quickly enough if your sewer line has preexisting issues—like scale buildup, cracks, or offset pipes. Understanding how each wipe degrades in water can help you avoid costly repairs and keep your plumbing system healthy.
Overview of Roger’s Test Methods
To compare how different flushable wipes break down, Roger used two main approaches:
- Tear Test: He grabbed each wipe and tried to tear it. Some tore easily with little resistance; others stayed mostly intact even when pulled. This provides a quick indication of how “delicate” the wipe’s material is.
- 24-Hour Water Jar Test: Roger placed a single wipe from each brand in its own jar of water. He then let them sit for 24 hours, after which he shook the jar for about 10 seconds to simulate the agitation a wipe might experience traveling through your sewer line’s twists and turns.
In addition, he performed a Flush Test using an outdoor toilet connected to a catch container. This let him see how each wipe behaved under a single standard flush, observing how intact (or not) it looked afterward.
Brands Tested
- Good Wipes
- Eco Sol
- H-E-B (Our Finest)
- Amazon Basics
- Charmin Flushable Wipes
- Cottonelle Flushable Wipes
- Dude Wipes
- Nola Towelettes
- Honest Flushable Wipes
- Nice ’n Clean
He also tested toilet paper (as a control) and a baby wipe (Pampers) known for containing plastic binding fibers, labeled “Do Not Flush.”
Stage 1: The Tear Test
Each wipe was removed from its packaging and given a quick pull:
- Good Wipes: Tore easily.
- Eco Sol: Also tore without much force.
- H-E-B Our Finest: Offered mild resistance but still tore.
- Amazon Basics: A bit more resistance, not as fragile as Good Wipes.
- Charmin Flushable Wipes: Some resistance, but tore with moderate force.
- Cottonelle Flushable Wipes: Tore quite easily, which is typically a good sign for degrade-ability.
- Dude Wipes: Slightly tougher but still tore.
- Nola Towelettes: Tore easily without a fight.
- Honest Flushable Wipes: Tore easily, seemed quite “fragile.”
- Nice ’n Clean: Fell apart somewhat coming out of the package, indicating it might break down well.
For reference, a baby wipe or thick disinfecting wipe usually demonstrates significantly more tear resistance—often refusing to tear at all because of their plastic reinforcement.
Why Tearing Matters
If a wipe tears apart easily in your hands, there’s a higher chance it will break down in water. However, simply being “easy to tear” doesn’t guarantee total dissolving—hence the 24-hour water test. But it’s a good starting point.
Stage 2: The Flush Test
Roger installed a toilet outdoors (connected to a container that mimics a sewer line) and individually flushed each wipe:
- Most Wipes: Came out looking relatively intact after just one flush. This is unsurprising because a single flush doesn’t provide enough agitation or time in the pipes for many wipes to break apart.
- Toilet Paper: Broke up quite quickly after one flush. Its design ensures it starts dissolving almost immediately.
He noted that one flush alone may not conclusively show how they’ll behave in a real sewer line with multiple twists and turns. That’s why he also used the 24-hour soak, which simulates the extended time a wipe might spend traveling to the city main.
Stage 3: The 24-Hour Water Jar Test
After a full day, Roger returned to the jars and shook each for about 10 seconds to simulate the mechanical agitation of normal sewer flow. Let’s look at the results:
Good Wipes
- Visual: Still holding some shape.
- After Shaking: Broke into smaller lumps but not disintegrated.
- Conclusion: Moderately degraded, but pieces were still noticeable.
Eco Sol
- Visual: Appeared mostly intact before shaking.
- After Shaking: It broke apart slightly better than Good Wipes.
- Conclusion: Degradation was decent; could likely pass in normal pipes if everything else is in good condition.
H-E-B (Our Finest)
- Visual: Some lumps visible.
- After Shaking: Broke down into smaller fragments, but still formed clumps.
- Conclusion: Middle-of-the-road performance.
Amazon Basics
- Visual: Edges started to fray; not fully dissolved.
- After Shaking: Came apart somewhat but had tangible leftover lumps.
- Conclusion: Partial breakdown, possibly an issue in older cast-iron lines.
Charmin Flushable Wipes
- Visual: Held shape somewhat.
- After Shaking: Smaller pieces, but still not fully liquefied.
- Conclusion: Good breakdown, though not the best.
Cottonelle Flushable Wipes
- Visual: Showed significant disintegration. Some residue around the jar edges.
- After Shaking: Very little left to pick up in large pieces.
- Conclusion: Arguably the best breakdown among the tested brands, consistent with Roger’s past experiments.
Dude Wipes
- Visual: Mostly in one piece but had started to fray.
- After Shaking: Broke into several smaller pieces, but lumps persisted.
- Conclusion: Decent for a flushable wipe; not as thorough as Cottonelle.
Nola Towelettes
- Visual: Noticeable fragments visible around the jar.
- After Shaking: Broke up fairly well, leaving smaller chunks.
- Conclusion: Not bad, but not the top performer.
Honest Flushable Wipes
- Visual: Looked intact but frayed at edges.
- After Shaking: Shredded fairly easily into multiple smaller pieces.
- Conclusion: Good performance, placing it among the more dissolvable wipes.
Nice ’n Clean
- Visual: Stayed together in the jar.
- After Shaking: Broke apart into lumps but didn’t fully disintegrate.
- Conclusion: Acceptable breakdown, better than baby wipes, but not as complete as toilet paper.
Toilet Paper (Control)
- Visual: Basically nothing left—completely dissolved or turned to pulp.
- Conclusion: Demonstrates why toilet paper is the gold standard for flushable materials.
Pampers Baby Wipes (Not Marked Flushable)
- Visual: Stayed almost entirely intact.
- After Shaking: Still very much a clothlike wipe. Contains plastic fibers that hold it together.
- Conclusion: Clearly not flushable. If you see any wipe labeled “Do Not Flush,” take it seriously—these can cause major blockages.
Ranking the Best vs. Worst for Sewer Lines
By the end of the water jar test, Roger found that Cottonelle Flushable Wipes broke down the most thoroughly, consistent with his previous experiments. He also gave an honorable mention to Honest and Nice ’n Clean for breaking apart well enough that they’re less likely to cause major clogs if your plumbing is in good shape.
On the flip side, baby wipes (or standard disinfecting wipes) that aren’t advertised as flushable remain a plumber’s worst nightmare. They simply don’t degrade quickly and can snag on even slight roughness in your pipes, building up into a stubborn clog.
Real-World Caveats
- Existing Sewer Issues: Even the most “dissolvable” flushable wipe can contribute to clogs if your sewer line is already compromised by roots, cracks, or heavy scale.
- Time in Transit: Wipes may break down more fully if they travel a long distance to the main city sewer. Conversely, short lines or partial clogs can impede their ability to disintegrate.
- Water Flow: A robust flush and consistent water pressure help move wipes along. Low-flow or older toilets might not push them with enough force.
Plumber-Approved Advice
- Check the Label Carefully: Only buy brands explicitly marked “flushable,” but even then, do your own breakdown test if you want extra assurance.
- Use Bins for Baby Wipes: If you must use baby wipes (especially with plastic fibers), toss them in the trash, not the toilet.
- Heed Any Warning Signs: If your toilet or drains have slowed, stop flushing wipes altogether until a plumber inspects your system.
- Consider a Bidet Attachment: Many plumbers (Roger included) suggest bidet seats or attachments as a more eco-friendly, clog-free alternative to flushable wipes.
The Bottom Line on “Flushable” Wipes
Based on Roger’s series of tests, some flushable wipes do break down fairly well—Cottonelle in particular. Others, while not as thoroughly dissolving, still degrade enough that they shouldn’t pose a huge problem if your sewer lines are in decent shape. However, none of them break down as effectively as toilet paper, which basically disintegrates when soaked and agitated.
In practice, flushable wipes can be used responsibly if:
- You choose a brand known for rapid breakdown.
- Your plumbing lines are in good condition.
- You’re mindful of how many you flush at once.
Otherwise, you risk expensive clog removal fees or sewer backups in your home—scenarios no one wants to face.
Final Thoughts
“Are Flushable Wipes ACTUALLY Flushable? Plumber Tests” reveals that not all wipes are created equal, and even the best ones don’t disintegrate like toilet paper does. If you’re going to rely on them, pick a reputable brand (like Cottonelle, which topped Roger’s tests). If you suspect your drains or sewer lines aren’t in top form, proceed with extra caution—or skip the wipes entirely. For a foolproof solution, remember that toilet paper, particularly thinner varieties, remains the safest bet. Or consider installing a bidet seat—your pipes (and the environment) will thank you.
