9 Things About Chemours You Should Know: A Buyer's Perspective

What You'll Find Here

I've been managing procurement for a mid-sized industrial coatings company for about 6 years now. In that time, I've gone through the Chemours catalog more times than I can count, negotiated pricing on titanium dioxide pigments, and helped set up a powder coating line from scratch. This FAQ covers the questions I wish someone had answered for me when I started.

1. Who is Chemours, and why should I care?

Chemours is a chemical company. It was spun off from DuPont in 2015. They own the Teflon brand, produce titanium dioxide pigments, and make a bunch of specialty chemicals used in coatings, electronics, and construction.

Why should a buyer care? Because if you work with high-performance coatings, you've probably used their stuff without realizing it. Their Ti-Pure titanium dioxide is in a lot of white paints and coatings. Their Teflon coatings are everywhere — non-stick cookware, but also industrial applications.

The part that matters for your wallet: They're not a commodity supplier. They're a specialty chemical company, and they price like one. But the quality is generally consistent, which is worth something when you're dealing with color matching or performance specs.

— I've compared their TiO2 pricing against 3 other suppliers over the past 4 years. Let's just say you don't buy from Chemours if you're looking for the cheapest option.

2. Is Chemours titanium dioxide pigment worth the premium?

That depends on what you're making. If you're producing industrial coatings where color consistency matters — like, say, a corporate identity blue that has to match across batches — then yes, the premium is often justified.

The technical reason: Ti-Pure pigments have tighter particle size distribution than many generic alternatives. That translates to better opacity and more consistent color. Reference: Industry standard for color matching is Delta E < 2 for brand-critical colors (Pantone Color Matching System guidelines).

But if you're making a cheap white paint for interior walls where nobody will notice a slight difference? You can probably save 15-20% by going with a generic supplier.

My personal rule: For anything that goes into a brand-visible coating, I stick with Chemours or a top-tier alternative. For back-end stuff no one sees, I price shop.

3. What's the deal with building a powder coating oven?

I helped spec out a powder coating line about 2 years ago. The oven was the single biggest expense after the coating booth itself.

Key things I learned the hard way:

• Insulation matters more than you think. We almost went with a thinner insulation to save money. When I calculated the energy cost over a 5-year period, the thicker insulation paid for itself in about 14 months.
• Curing temperature uniformity is critical. If your oven has hot spots, you'll get inconsistent cure, which means rework. I've seen Delta E variations of 3-4 across a single part due to uneven heating.
• Ventilation affects color. Not directly, but if your oven doesn't vent properly, off-gassing can affect the coating surface. Learned that one from a $2,000 redo on a batch of custom parts.

Honestly, if you're building a powder coating oven for the first time, budget 20% more than you think you need. You'll spend it on tweaks.

4. What about custom powder coating services in Minnesota?

This is a question I get a lot when talking to smaller manufacturers. Minnesota has a surprising number of custom coaters, but the quality varies wildly.

What I've found from vetting about 8 shops over the years:

• Minneapolis/St. Paul area: Several solid options, but they tend to prefer larger production runs. Minimum order quantities are often in the $500-1,000 range.
• Greater Minnesota: You'll find smaller shops that are more flexible with smaller batches, but their equipment may be older. Ask about oven temperature uniformity before you commit.

Pro tip: If you have a small batch (say, under $300), ask about their 'fill-in' policy. Some shops will run small jobs when they have space in their production cycle, at a discount. I've saved about 15-20% this way on test runs.

The frustrating part: you never know which shop will deliver on time until you've worked with them a few times. I've had a 'two-week' turnaround stretch to five on the first order from a new vendor.

5. I'm a small customer. Will Chemours treat me fairly?

Honestly? It depends on what you mean by 'small.' If you're ordering a few hundred pounds of pigment, you're probably not going to get a dedicated account manager. But that doesn't mean you'll get bad service.

What I've seen: Chemours has a distributor network that handles smaller accounts. The distributor experience varies. I've worked with two different distributors for Ti-Pure — one was excellent (fast response, good technical support), the other was terrible (delayed orders, wrong specs).

My advice: If you're small, find a distributor that specializes in industrial coatings, not a general chemical distributor. The specialized ones understand what you need and can often get better pricing through their relationship with Chemours.

I still remember the vendor who took my $200 order seriously when I was starting out. That company now gets $20,000+ orders from me. Small doesn't mean unimportant.

6. What's the most sustainable pigment dispersant?

This is a question that's come up more in the past 2 years, especially as our customers start asking about environmental footprint.

Short answer: There's no single 'most sustainable' option. It depends on your application. But here's what I've found:

• Water-based dispersants generally have lower VOC content, which is better for air quality and worker safety. They're not always suitable for all formulations.
• Bio-based dispersants (derived from renewable sources) are gaining traction. The performance isn't identical to petroleum-based ones, but for many applications, it's close enough.
• The real sustainability question isn't just the dispersant itself — it's the concentration. More efficient dispersants mean you use less, which means less packaging, less transport weight, less waste.

Per Chemours' own literature: They've been pushing higher-solids titanium dioxide products that reduce the amount of dispersant needed. Whether that's 'sustainable' or just 'more efficient' is debatable. But it does save on shipping costs and packaging waste.

— I'm not an environmental scientist. This is just what I've learned from reading technical datasheets and talking to our formulators.

7. Can I use Chemours products in food-contact applications?

Careful with this one. Teflon is probably the most famous Chemours product for food contact (non-stick pans). But the PFOA controversy from years back still lingers in people's minds.

Current state: Chemours stopped using PFOA in their fluoropolymer production years ago. Their current Teflon products are PFOA-free. Per FDA regulations on food contact substances (effective through 2024).

What this means for buyers: If you're specifying a coating for food processing equipment, Chemours has products that meet FDA requirements. But you must get the specific product number and verify it against the current FDA inventory. Don't assume 'Teflon' automatically means food-safe.

I've made this mistake: Specified a standard Teflon coating for a food conveyor system without checking. The coating was fine technically, but the documentation didn't meet the auditor's requirements. Cost us a week of delays and a rush re-certification fee.

8. What's the hidden cost of switching to Chemours?

When I analyzed our 2023 spending, I found that switching suppliers often had hidden costs I hadn't accounted for:

• Re-qualification: If you're switching a formulation, you need to re-test. That's lab time, production downtime, and potential scrap. Budget 2-4 weeks for a simple substitution, more for a complex one.
• Color shift: Even if the pigment chemistry is 'equivalent,' the color can shift slightly. We once had a Delta E of 1.5 between two 'identical' batches from different suppliers. That was acceptable for our application, but it might not be for yours.
• Inventory overlap: You'll need to carry both formulations during the transition. That ties up cash and warehouse space.

The math from one transition I managed: The pigment itself saved us 8% per pound. But after re-qualification costs, the net savings in the first year was closer to 3%. The savings compound in year 2 and beyond, though.

9. So, should I buy from Chemours?

Bottom line: If you need consistent quality, brand-recognizable materials (Teflon, Ti-Pure), and technical support that actually knows what they're talking about — yes, Chemours is a solid choice. If you're purely price-driven on a commodity application, you can probably find cheaper alternatives.

My personal take after 6 years: I keep Chemours in my approved vendor list for the applications where consistency matters. For less critical stuff, I price shop. It's not about loyalty — it's about matching the product to the requirement. And sometimes, even a cost controller like me admits that spending a bit more upfront saves headaches later.

Prices as of Q1 2025. Verify current pricing and availability through your distributor. I'm not 100% sure about every product line, but this has been my experience.