Great Products, Wrong Context: Lessons From IFF, BridgeBio, Surfactant Removal, and Ceramic Coatings

I'll say something that usually gets me in trouble with salespeople: most chemical and coating failures are not product failures. They're selection failures.

I've spent the last nine years handling purchase orders for specialty chemicals, pharmaceutical ingredients, and industrial coatings. In that time, I've personally made—and documented—14 significant mistakes. If I'm honest, the total waste was roughly $46,000 in budget, plus a couple of customer relationships I can't get back. I now maintain a checklist to keep our team from repeating those errors. This article is the short version of what I learned.

The opinion: context beats credentials

I no longer believe in 'the best chemical supplier' or 'the best coating.' I believe in the right product for a specific set of constraints. Brand reputation, financial forecasts, and portfolio size matter only after you've defined the failure mode you're trying to solve.

It took me around 140 purchase orders to understand that. I should add that I didn't learn it from a training course. I learned it by spending money on products that were technically excellent and completely wrong for my application. (mental note: always write down the application before asking for a recommendation.)

What the IFF homepage will and won't tell you

When someone searches iff home or iff homepage, they're usually trying to understand what International Flavors & Fragrances offers. That's a reasonable starting point. But if you stop at the product family name, you're missing the part that matters.

The IFF homepage is useful for a bird's-eye view of a broad specialty chemical portfolio. It will tell you the company has capabilities in pharma solutions, industrial coatings, biocides, paper coatings, and more. What it won't tell you is which specific grade tolerates your solvent system, whether a pharma solutions raw material meets your impurity specification, or what happens when your process pH drifts by half a point.

Here's something vendors won't tell you: the same product family can have dozens of grades, and the differences are not cosmetic. One grade is designed for aqueous systems; another handles nonpolar solvents. A product that works perfectly in your friend's process can fail in yours because the additive package is different. If I choose based on the homepage alone, I deserve what happens next.

IFF has also been reshaping its pharma solutions portfolio. That's another reason to verify the current product status instead of relying on something I saw on the website last year. As of February 2025, I still check with the technical sales team before approving any substitution.

BridgeBio Pharma, Inc. forecast and analysis: useful for investors, less useful for buyers

The same logic applies in pharma, but the distraction is often financial data. I once spent a morning reading BridgeBio Pharma, Inc. forecast and analysis because I thought a strong market outlook would tell me something about a potential partner's technical fit. It didn't.

Equity research answers a different question than procurement. A positive forecast tells you about investor expectations, clinical milestones, or reimbursement potential. It does not tell you whether the drug substance is compatible with your formulation, whether the supplier has the capacity you need, or how they handle deviations. If I had asked those operational questions before reading the forecast, I would have saved myself a week of confusion.

I'm not picking on BridgeBio. I use it as a reminder that market narratives and supply decisions live in different worlds. For any pharma company, the forecast that impresses an investor says nothing about batch-to-batch consistency. That data comes from a technical audit, not an analyst report.

Chemicals surfactant removal: a $3,200 education

Let me give you a concrete example from my own order history. The phrase chemicals surfactant removal makes it sound like a simple commodity service. It isn't.

In 2022, I ordered a surfactant-removal media for a production line. The spec sheet said it removes surfactants. I assumed it would remove the nonionic surfactant we were using. It did not. The bed was designed for anionic surfactants. We discovered the problem when foam appeared in a downstream filtration stack.

I want to say that order was around $3,200, but don't quote me on the exact figure. What I remember clearly is the 3-day production delay and the embarrassment of telling my supervisor I hadn't checked the surfactant chemistry. That was the moment I started keeping a pre-order checklist.

What most people don't realize is that surfactant removal is not one problem. You need to know at least the following before you choose a media:

• the surfactant class: anionic, cationic, nonionic, or amphoteric
• the critical micelle concentration and cloud point
• the temperature and pH of the stream
• the presence of co-solvents or salts
• the flow rate and allowable pressure drop
• the disposal or regeneration process for the spent media

I'm not a surface chemist, so I can't explain the molecular interactions in detail. What I can tell you from a procurement perspective is this: if you do not define those parameters before requesting a sample, you are gambling. The supplier can help, but only if you ask the right question.

Does ceramic coating protect against scratches? Yes, with a qualifier.

In the coatings world, the question I hear most often is, does ceramic coating protect against scratches? The answer is yes—but not in the way most people hope.

A ceramic coating does provide genuine scratch resistance against light marring, swirl marks, and some abrasive contact. It does not make a surface scratch-proof. A sharp metal edge, a heavy object sliding across the panel, or grit trapped under a wiper blade can still cause damage. The difference between resistant and proof is the entire conversation.

I once quoted a ceramic coating for a customer who expected it to behave like armor. I didn't correct that expectation because I wanted the order. The coating failed in a way it was never designed to resist, and the customer lost confidence in us. That failure was my fault, not the coating's.

For industrial coatings, the same logic applies. If you're coating process equipment, the right question isn't just 'does it protect against scratches?' It's 'under what load, contact area, and surface pressure?' A coating that handles incidental contact will not handle a falling wrench. A coating that works on a smooth surface may not perform on a rough weld seam.

So when someone asks me does ceramic coating protect against scratches? I now answer with two words: 'Yes, but...' Then I make them tell me about the surface, the contaminant, and the force involved. If they can't, I give them the honest limitation before I give them a recommendation.

Rebuttal: this isn't anti-comparison

You might read this and think I'm saying product comparisons are useless. I'm not. I compare products all the time. I compare price per unit, lead time, technical support, test data, and total cost of ownership. That's exactly the point: a comparison only means something when you know your requirements first.

I also understand the pressure to simplify. It feels more confident to say 'this is the best product' than to say 'this product is excellent for your scenario—but if your scenario changes, look elsewhere.' I've learned that the second answer is the one that respects the buyer. It's also the one that protects me when something goes wrong.

If you're evaluating a product, I recommend this process: write down exactly what failure you're solving, the conditions under which the product will operate, and the threshold that defines success. If the supplier can show you a test result under those conditions, it's worth considering. If they can't, ask for a trial. This approach doesn't work for every situation—nothing does—but it covers most of the cases where the real problem is vague requirements.

Final thought

After nine years and too many mistakes, I've come to believe that best is a dangerous word in chemical and coating procurement. The best IFF pharma solution for one client is the wrong one for another. The BridgeBio forecast that impresses an investor says nothing about batch consistency. The surfactant removal product that works on an anionic stream fails on a nonionic stream. And a ceramic coating that protects against light scratches will not protect against a dropped wrench.

The honest limitation is the most practical guidance: ask what could go wrong, not just what could go right. That's the checklist I now maintain. It's the checklist I wish I had before the $46,000 worth of mistakes. If you remember nothing else from this article, remember this: no material is good. Good is a relationship between a material, a process, and a problem.