You’ve done the research. You’ve read about C60’s antioxidant power, its potential to
support healthy aging, and the remarkable results from the 2012 Paris
study. You’re ready to buy a C60 supplement.
And that’s exactly where most people make a costly mistake.
They search for “C60 supplement” on Amazon, see a dozen products with
similar labels, compare prices, and buy the cheapest one. The problem?
The C60 inside that bottle is almost certainly not the same molecule
that was used in the research. It’s not even close.
The truth is, there are two fundamentally different categories of
Carbon 60 being sold as supplements right now — and the difference
between them isn’t a matter of brand preference. It’s a matter of what
was manufactured for use inside your body and what wasn’t.
This article breaks down that difference clearly, so you can make an
informed decision before spending a dollar.
A Quick Refresher: What Is
C60?
C60 — Carbon 60, also called buckminsterfullerene — is a molecule
made of exactly 60 carbon atoms arranged in a hollow, spherical cage. It
was discovered in 1985 and won the Nobel Prize in Chemistry in 1996.
What makes C60 remarkable is its ability to act as a powerful
antioxidant. Its spherical structure allows it to absorb and neutralize
multiple free radicals without being destroyed — functioning as a
“radical sponge” that’s up to 172 times more
powerful than Vitamin C.
For a full deep dive into the molecule, its history, and how it
works, see our complete guide: What Is
C60?
But here’s what most guides don’t tell you: C60 is not a single
product. It’s a molecule that can be manufactured to very different
standards, for very different purposes. And the version you put in your
body matters enormously.
What Is Industrial-Grade C60?
The vast majority of Carbon 60 produced worldwide is industrial
grade. It was never designed for human consumption.
Industrial C60 is manufactured for applications in materials science,
electronics, lubricant additives, and chemical research. It’s produced
using methods that prioritize volume and cost-efficiency — not
biological safety.
How Industrial C60 Is Made
The most common production method for industrial C60 involves
vaporizing carbon in an arc reactor and then extracting the fullerene
molecules using chemical solvents — typically toluene,
a petroleum-based solvent.
Toluene is effective at dissolving C60, which is why it’s the
industry standard for extraction. But toluene is also a known toxic
compound. Chronic exposure is associated with neurological damage, and
even trace residues are a concern in anything intended for
ingestion.
After extraction, industrial C60 undergoes a basic purification
process to remove the bulk of the solvent. But “basic” is the key word.
The purification threshold for industrial applications is far lower than
what would be required for safe biological use. The goal is purity
sufficient for electronics or lubrication — not for something you
swallow every morning.
Who Buys Industrial C60?
Legitimate buyers of industrial-grade C60 include:
- Electronics manufacturers
- Materials science labs
- Lubricant companies
- Chemical researchers
- Universities (for non-biological experiments)
These buyers don’t care about residual solvent traces at the
parts-per-million level. They’re using C60 in machines, not in
bodies.
The problem arises when this same material — manufactured for
industrial use — gets repackaged and sold online as a dietary
supplement.
What Is ESS60?
ESS60 stands for Elemental Safe Spheres
60. It is a specific, highly purified form of C60 that has been
developed and manufactured explicitly for biological use and human
consumption.
ESS60 starts as the same C60 molecule. It has the same 60-carbon cage
structure. But the difference lies in what happens after initial
production — the additional purification, testing, and quality control
that transforms a raw industrial molecule into something appropriate for
your body.
How ESS60 Is Different
The production of ESS60 involves extended purification processes
designed to remove residual solvents, contaminants, and impurities down
to levels that meet the standards required for biological research and
human use.
This isn’t a minor distinction. The additional purification steps
required to produce ESS60 are significantly more rigorous,
time-consuming, and expensive than standard industrial purification.
That’s why ESS60 costs more to produce — and why products that use it
cost more on the shelf.
But here’s the critical point: ESS60 is the only form of C60
that has published safety data from peer-reviewed research.
It’s the only form that was specifically designed to go inside a living
organism.
The Research Connection
ESS60 isn’t just a marketing term. It’s the exact form of C60 that
was used in the landmark 2012 study at the University of
Paris, published in the peer-reviewed journal
Biomaterials.
That study — the most widely cited C60 research in history — found
that rats given C60 dissolved in olive oil lived up to 90%
longer than the control group, with no signs of
toxicity at any dose.
The researchers didn’t use generic industrial C60. They used ESS60.
And they chose it for a reason: it was the only form that met the purity
and safety standards required for a biological study of that
caliber.
Side-by-Side
Comparison: Industrial C60 vs ESS60
| Factor | Industrial C60 | ESS60 |
|---|---|---|
| Intended purpose | Electronics, lubricants, materials science | Human consumption and biological research |
| Purification level | Standard industrial (sufficient for non-biological use) | Extended purification for biological safety |
| Solvent residues | May contain trace toluene and other solvents | Purified to remove residual solvents to safe levels |
| Safety testing | Not tested for human safety | Used in peer-reviewed biological research with no toxicity observed |
| Used in the 2012 Paris study | No | Yes — the exact form used |
| Manufacturing history | Varies widely by supplier | Same lab since 1991 |
| Price point | Low (cheap to produce) | Higher (reflects rigorous purification) |
| Regulatory designation | Industrial chemical | Developed for biological use |
This table isn’t about branding. It’s about what the molecule was
manufactured to do. Industrial C60 was made for machines. ESS60 was made
for people.
Why the 2012 Paris Study
Matters Here
You’ll hear the 2012 study referenced constantly in the C60
supplement world. Almost every company selling C60 mentions it. But very
few of them use the same form of C60 that was actually studied.
This is a critical distinction.
The researchers at the University of Paris selected their C60 source
carefully. In a study designed to measure the effects of C60 on living
organisms — including potential toxicity — the purity and safety profile
of the molecule was paramount. They chose ESS60 because it was the only
form available that had been manufactured to the standard required for
biological research.
The study’s results — up to 90% lifespan extension, no tumors in the
C60 group, and explicitly “no acute or subacute toxicity” — apply to
ESS60 dissolved in olive oil. Those results cannot be
assumed to apply to industrial-grade C60 with unknown contaminant
profiles.
When a company sells industrial C60 and references the 2012 study to
market it, they’re borrowing credibility from research that used a
fundamentally different product.
Shop C60 Evo — the
same ESS60 used in the research >>>
Why “99.99% Pure”
Doesn’t Mean Safe to Consume
This is one of the most common sources of confusion in the C60
market, and it’s worth addressing directly.
Many C60 sellers advertise their product as “99.9% pure” or “99.99%
pure.” That sounds reassuring. It sounds scientific. And for an
industrial product, it may even be accurate.
But purity and safety are not the same thing.
The Purity Trap
“99.99% pure C60” means that 99.99% of the material is the C60
molecule. It says nothing about the remaining 0.01% — which could
include residual solvents, heavy metals, or other manufacturing
byproducts. At the quantities involved in daily supplementation over
months or years, even trace contaminants matter.
More importantly, a purity percentage doesn’t tell you anything
about:
- What solvents were used in production — and whether
they’ve been fully removed - Whether the product was ever tested for biological
safety - Whether anyone has studied what happens when a living
organism consumes it - What standards the manufacturer follows —
industrial standards or biological standards
A bottle of 99.99% pure industrial C60 is still industrial C60. It
was made for a machine. The purity claim describes its chemical
composition — not its suitability for your body.
What to Look for Instead
Rather than fixating on a purity percentage, ask these questions:
- Was this C60 manufactured for human consumption?
- Is it the form used in published biological research?
- Does the manufacturer have a track record with this molecule?
- Can they provide documentation of their purification process?
ESS60 answers yes to all of these. A generic “99.99% pure C60” from
an anonymous supplier does not.
How to
Spot Industrial-Grade C60 Sold as a Supplement
The C60 supplement market is still relatively unregulated, which
means industrial-grade C60 gets repackaged and sold to consumers more
often than most people realize. Here are the red flags to watch for:
1. Unusually Low Price
ESS60 is expensive to produce. The extended purification process, the
quality controls, and the testing all add cost. If a C60 supplement is
dramatically cheaper than established brands, ask yourself why. In most
cases, the answer is that they’re using industrial-grade C60 purchased
in bulk from a chemical supplier.
2. No Mention of ESS60
If the product label or website simply says “C60” or “Carbon 60”
without specifying ESS60, it’s likely industrial grade. ESS60 is a
specific designation — companies that use it say so, because it’s their
strongest selling point.
3. No Lab or Manufacturing
History
Reputable C60 manufacturers can tell you exactly where and how their
product is made. If a company can’t explain their manufacturing process,
or if they’re clearly buying C60 from a third-party supplier and
bottling it, they likely don’t have control over the quality of the raw
material.
4. Vague or Misleading Purity
Claims
Watch for claims like “99.9% pure” presented without any context
about what purity means, how it was measured, or what contaminants were
tested for. As discussed above, purity percentages for industrial C60
don’t address biological safety.
5. No Connection to
Published Research
If a company references the 2012 study but doesn’t use the same form
of C60 that was studied, that’s a significant credibility gap. The
research was done with ESS60 — and only with ESS60.
6. “Sublimation” Claims
Without Substance
Some competitors claim their C60 is purified through “sublimation” —
a process where a solid transitions directly to gas. While sublimation
is a real scientific process, simply invoking the word doesn’t validate
the safety of the end product for human consumption. The question
remains: was this C60 developed and tested for biological use? Is it the
form used in published research? If not, the purification method is
secondary to the fundamental problem.
A Note on Competitors
We want to be straightforward about something.
Not every company in the C60 space uses ESS60. Some brands —
including C60 Purple Power — use generic C60 with various purity claims.
They may have their own purification processes and their own marketing
language.
But here’s what we can say factually: ESS60 is the only form
of C60 specifically developed for human consumption, and it’s the only
form used in the landmark 2012 peer-reviewed study. No generic
“C60” product, regardless of its purity claims, has that research
foundation.
We encourage consumers to ask every brand the same questions and
compare the answers. We’re confident in ours.
Shop C60 Evo ESS60
supplements >>>
C60 Evo’s
Position: The Manufacturer, Not a Reseller
This is a point worth emphasizing, because it’s rare in the
supplement industry.
C60 Evo is not a company that buys C60 from a supplier and puts its
label on the bottle. The lab behind C60 Evo has been
manufacturing C60 since 1991 — more than three decades. That
manufacturing history began with producing C60 for research institutions
and universities, long before consumer supplements existed.
C60 Evo’s Chief Scientist, Chris Burres, owns the
lab (SES Research) that produces the ESS60 — the same lab that has
supplied Carbon 60 to the scientific community for over 30 years.
This means:
- Full control over the manufacturing process — from
raw material to finished product - Institutional knowledge built over decades of
working with this molecule - Direct lineage to the research that validated C60’s
safety and potential - No third-party supply chain risk — C60 Evo knows
exactly what’s in every bottle
Every C60 Evo product is organic, vegan, non-GMO, and made in the
USA. The ESS60 is dissolved in organic extra virgin olive oil — the same
carrier used in the 2012 study. Subscriptions save up to 15%.
When you buy from C60 Evo, you’re getting ESS60 straight from the
source.
5 Questions
to Ask Before Buying Any C60 Supplement
Before you purchase C60 from any brand, use this checklist. These
five questions will separate legitimate products from industrial
repackaging operations:
1. Does this product use
ESS60?
If the answer is no — or if the company can’t tell you — that’s a
deal-breaker. ESS60 is the only form of C60 developed for human
consumption and validated in peer-reviewed research.
2. How long
has this company been manufacturing C60?
Manufacturing complex molecules takes expertise that can’t be
improvised. A company that started last year and buys C60 from a
chemical supplier is not the same as a lab that has been producing it
since 1991.
3. Do
they manufacture their own C60, or are they a reseller?
This matters because resellers don’t control the quality of their raw
material. They’re trusting a supplier — and you’re trusting a company
that may not fully understand what they’re selling.
4. Can
they connect their product to published research?
Any company can reference the 2012 study on their website. But does
their product actually use the same form of C60 that was studied? If
they’re selling industrial-grade C60 and citing ESS60 research, that’s a
disconnect you should take seriously.
5. Is the
product organic, non-GMO, and made in the USA?
These aren’t just marketing checkboxes. They indicate a level of care
and quality control that extends beyond the C60 molecule itself —
including the carrier oil, the manufacturing environment, and the
overall product integrity.
C60 Evo answers yes to all five. We encourage you to
ask these questions to every brand you’re considering.
How to Take C60 Evo
If you’re ready to start, taking C60 Evo is simple. The standard
daily serving is one tablespoon of ESS60 in organic extra virgin olive
oil. You can take it straight off the spoon,
blended into a smoothie, or drizzled on food. Most people take it in
the morning as part of their daily routine.
C60 is not a quick fix — it’s a daily practice. The antioxidant
protection builds over time with consistent use. Some people notice
changes within days; for others, it takes 2-4 weeks. The key is showing
up every day.
For detailed guidance on dosage, timing, methods, and what to expect,
see our full guide: How to Take C60: The
Complete Beginner’s Guide.
Start your C60 Evo
routine today >>>
Frequently Asked Questions
What does ESS60 stand for?
ESS60 stands for Elemental Safe Spheres 60. It’s a specific, highly
purified form of Carbon 60 (C60) that has been developed for biological
use and human consumption. Unlike industrial-grade C60, ESS60 undergoes
extended purification to remove residual solvents and contaminants. It’s
the exact form used in the landmark 2012 University of Paris study
published in Biomaterials.
Is industrial-grade C60
dangerous?
Industrial-grade C60 was never designed or tested for human
consumption. It may contain residual solvents such as toluene and other
manufacturing byproducts. While we can’t definitively state the exact
risk level of every industrial C60 product, we can say that no published
safety data exists for generic industrial C60 in biological
applications. ESS60 is the only form with peer-reviewed safety data
supporting its use.
Why is ESS60 more
expensive than regular C60?
The additional purification steps required to produce ESS60 are
significantly more rigorous, time-consuming, and costly than standard
industrial purification. ESS60 must meet the standards required for
biological research and human consumption — a much higher bar than
industrial applications. The price difference reflects the difference in
manufacturing standards, quality control, and safety testing.
Can I trust C60 products on
Amazon?
Some may be legitimate, but many C60 products sold on Amazon are
industrial-grade Carbon 60 repackaged as supplements. Red flags include
very low prices, no mention of ESS60, vague purity claims without
context, and no connection to a manufacturing lab. We recommend
purchasing from companies that use ESS60, manufacture their own C60, and
can demonstrate a direct connection to published research.
How do I know C60 Evo
uses real ESS60?
The lab behind C60 Evo has been manufacturing C60 since 1991 —
originally for research institutions and universities, now for
consumers. The ESS60 in C60 Evo is the same form used in the 2012
University of Paris study. C60 Evo’s Chief Scientist, Chris Burres, owns
the lab and is directly connected to the original research ecosystem.
The ESS60 is manufactured in the USA with full control over the
production process. C60 Evo gets its ESS60 directly from the lab — no
third-party suppliers, no middlemen.
Keep Reading
- Best C60 Supplement: Buyer’s Guide — Compare all the top C60 supplements on the market
- What Is C60? Complete Guide — Get the full picture with our complete C60 guide
- C60 Benefits: What the Science Says — Explore the health benefits of C60 backed by science
These statements have not been evaluated by the Food and Drug
Administration. C60 Evo products are not intended to diagnose, treat,
cure, or prevent any disease. Always consult your healthcare provider
before starting any supplement.
The lab behind C60 Evo has been producing Carbon 60 since 1991.
The ESS60 in C60 Evo is the same form used in the landmark research
studies. Shop our full product
line >>>