The Industry You Just Joined
The global paints and coatings market is worth about $200 billion a year, growing 4–5% annually. It's not small, it's not shrinking, and it touches nearly every other manufacturing sector — construction, automotive, aerospace, marine, electronics. This is an industry that's been running continuously for forty thousand years, that nobody brings up at dinner parties, and that most people interact with every day without a second thought.
How the market is structured today
The top of the industry has consolidated significantly. Sherwin-Williams did roughly $23 billion in revenue in 2024 — the largest paint company in the world, growing through acquisition. PPG, AkzoNobel, BASF Coatings, and Axalta round out the global top tier; in late 2025, AkzoNobel and Axalta announced an all-stock merger expected to create a combined company worth roughly $25 billion.
Asia Pacific now accounts for about 40% of global coatings consumption, driven by China, India, and Southeast Asia building at a scale that makes North American volumes look modest. The largest coatings companies in the world aren't exclusively Western anymore — Nippon Paint, Asian Paints, and Kansai Paint are major global players.
On the raw material side, a handful of suppliers dominate the critical categories. TiO2 — the most economically significant single ingredient in most formulas — comes from a small group of producers: Chemours, Tronox, Venator, Kronos. When TiO2 supply tightens or prices spike, it affects every paint manufacturer on earth simultaneously.
Why regional companies still make sense
With Sherwin-Williams at $23 billion, it's fair to wonder how a company doing $50M, $100M, or $200M in specialty coatings competes at all. The answer is in what the giants can't do.
A global multinational with thousands of products and manufacturing sites optimized for volume can't turn around a $15,000 custom formulation request in two weeks. It can't put a technical expert on-site to troubleshoot a specific customer's problem. Its minimums are too high and its lead times too long.
Regional and specialty manufacturers exist exactly in that gap — specialty epoxy, polyurethane, and acrylic systems, dozens of active SKUs, new formulations every year, direct technical relationships — competing on speed, customization, and responsiveness, not price per gallon. That's what total applied cost actually means: what does this coating system cost the customer to apply, including material, labor, rework, and downtime — a very different conversation than a commodity price quote.
What's coming: the next regulatory wave
The pattern from the last three posts — external pressure forces reformulation, early replacements are imperfect, chemistry eventually catches up — hasn't stopped. Three active fronts right now:
PFAS: fluorinated compounds used for water repellency and low surface energy in certain specialty coatings. They don't break down in the environment, and global scrutiny is building fast — the EU has proposed broad restrictions, the EPA is active.
Further VOC tightening: the trend from Post 6 hasn't reversed. Remaining solvent-based industrial applications will keep facing pressure to convert.
Sustainability and bio-based materials: bio-based acrylic monomers, sustainably sourced oils, recycled content in binders — moving from R&D curiosity to real commercial formulation, driven partly by regulation and partly by customers actually asking for it.
Next up: A change of pace — no more history, no more regulation. Post 8 covers the practical stuff nobody puts in a textbook: how to actually read a formula sheet, a TDS, and an SDS on your first day.