Hey there, I’m Mia, and for the past seven years, I’ve spent my days talking to paint manufacturers across North America and Europe—sorting through their biggest headaches, and helping them find ways to cut costs without crumpling on quality. Lately, a question I’ve heard over and over again is: Can Technical Concentrate actually work in the paint industry? It’s a fair question—most people outside of specialty chemical manufacturing haven’t heard of technical concentrates, and those who have often associate them with industrial uses that don’t touch things like interior wall paint or exterior wood coatings. As someone who supplies these concentrates, I want to break this down like I do for every paint maker I sit down with. No jargon, no sales fluff, just what’s actually true. Technical Concentrate
First, let’s get on the same page about what a technical concentrate is, because that’s where most of the confusion starts. A technical concentrate is a high-purity, highly concentrated base chemical or material that still needs to be diluted, formulated, or blended with other ingredients before it’s ready for its end use. For example, think of a concentrate as a super condensed version of the active part you need—like how a frozen coffee pod has all the flavor and caffeine of a full pot, but you add water to get your drink. Unlike ready-to-use products, concentrates skip the bulk of the carrier materials (water, fillers, or low-performance solvents) that manufacturers usually ship and store, because those are just “dead weight” you’re paying to transport. That core efficiency is what makes them interesting for almost every industry, including paint.
Now, let’s talk about the paint industry’s biggest pain points right now, because that’s where the value of technical concentrate comes into focus. Paint makers deal with three constant pressures: rising raw material costs, stricter environmental regulations, and demand for faster production times without sacrificing the performance that customers expect. Over the last five years, I’ve seen raw material prices for paint jump an average of 18%—that’s according to the European Paint, Ink & Artists’ Colours Association, right alongside the U.S. Paint and Coatings Association. The big ones: titanium dioxide (TiO2), which gives paint its brightness, and acrylic resins, the base that holds it all together. Carriers, which make up 30-40% of many standard paint formulations, add weight to every shipment—so every truck you run costs more in fuel and freight, plus you need more warehouse space to store that extra water or low-grade solvent. On top of that, regulations like the EPA’s Low-Volatile Organic Compound (VOC) rules and the EU’s REACH restrictions have forced paint makers to reformulate away from old, harsh chemicals, and many are struggling to maintain durability, scrub resistance, or color vibrancy while cutting VOCs.
So how does technical concentrate solve these? Let’s start with cost, because that’s the first thing most paint teams care about. When you use a technical concentrate, you’re not paying for that 30% carrier you’d otherwise ship and store. Let’s do a quick real-world example: a standard interior latex paint formulation uses 45% water, 20% TiO2, 15% acrylic resin, and small amounts of additives. If you buy a pre-diluted acrylic resin, you’re paying for 60% resin and 40% water. If you buy the technical concentrate acrylic resin, it’s 98% pure resin—so when you dilute it yourself to your exact viscosity, you only add the amount of water you need for your line, not the extra the supplier already built in. That cuts freight costs by roughly 25% because every batch you ship is denser, and you use 15-20% less storage space. For a mid-sized paint maker producing 100,000 gallons a month, that’s $12,000-$15,000 a month saved on freight and warehouse costs alone— I’ve had three clients confirm that exact number in the last year.
But cost savings don’t matter if the performance drops, right? That’s the next big concern I get from paint R&D teams. Let’s look at durability, which is non-negotiable for exterior paints and even high-traffic interior ones like kitchen or bathroom paint. Standard paints use pre-formulated resins that are adjusted for shelf stability, but those adjustments can sometimes hurt film formation in hot or cold climates. Technical concentrates, because they’re high-purity, unadulterated base materials, let R&D teams fine-tune the formulation exactly to their customer’s needs. For example, last year I worked with a client in Michigan who makes exterior house paint. They were having trouble with their standard formulation peeling at temperatures below 40°F, because the pre-diluted resin had plasticizers that softened too much in cold weather. We supplied them with a technical concentrate acrylic resin that had no extra plasticizers, and their R&D team added a custom low-temperature hardener they already used. The result? Their cold-weather adhesion rate jumped 17%, and they cut plasticizer use by 12%, which helped them meet stricter local VOC rules for the Great Lakes region.
Another big performance win is color consistency. Many low-cost paint makers use generic colorants that come pre-blended with carriers to make them easy to pump. But those carriers can shift over time, leading to color variations between batches. Technical concentrate colorants, on the other hand, are concentrated pigments with no extra fillers or carriers—when you mix them, you have full control over how much pigment you add, so every batch has the exact same color strength. A client in Texas told me they reduced their color-related rejections by 22% after switching to our technical concentrate colorants, because they no longer had to account for carrier evaporation or settling in pre-formulated colorants.
Now, let’s address the elephant in the room: are technical concentrates safe and compliant with paint industry regulations? That’s a question I never skip, because I’ve seen paint makers get burned by unvetted chemical suppliers cutting corners on compliance. Here’s the thing: technical concentrates for the paint industry are not the same as the unregulated industrial concentrates used for things like concrete additives. We work closely with manufacturers to ensure every batch meets REACH registration requirements, EPA TSCA standards, and ASTM international material specifications for paint raw materials. For example, our TiO2 technical concentrate meets ASTM D4761 for paint-grade pigments, and our acrylic resin concentrates are registered under EPA’s New Chemicals Program for use in water-based coatings. A common misconception is that concentrates have higher VOCs, but that’s only if you add a harsh solvent when diluting. Most paint makers dilute our concentrates with water now, which keeps VOC levels lower than many pre-diluted products. We also provide full SDS (Safety Data Sheets) for every batch, and our concentrates have a 12-month shelf life when stored properly, same as standard paint raw materials—no extra handling or storage hassles that don’t already exist for regular chemicals.
Wait, but what about small-scale paint makers? I know some people reading this own small, local paint companies with production runs of 5,000 gallons or less a month, and they might think technical concentrates are only for big factories. That’s not true either. The benefit of technical concentrates scales down too—smaller batches mean less bulk waste, so if you’re making custom colors for local contractors, you can mix exactly the amount of concentrate colorant you need for that order, no leftover half-batches that go bad. I work with a small family paint maker in Ohio that produces custom historic color paints for old homes in the region. They used to throw away 10% of their pre-blended colorants every month because they couldn’t use them fast enough. Since switching to our concentrate colorants, that waste is gone, and they can make exact 100-gallon runs of custom colors without extra leftover material.
Of course, that doesn’t mean technical concentrates are right for every paint maker. If you’re producing a super simple, budget interior paint with very low margin, the upfront work of adjusting your formulation might not be worth the small savings. But if you’re looking to improve performance, cut operating costs, or meet upcoming environmental rules without raising your prices, they’re absolutely worth testing. The key is finding a supplier who doesn’t just sell you a chemical, but works with your R&D team to adjust the concentrate to your existing processes. Too many suppliers act like concentrates are a one-size-fits-all solution, but that’s not how paint works—every formulation is unique, and a good concentrate supplier will customize the dilution rate, purity level, and even the material grade to fit your production line.
I’ll be honest, when I first got into supplying technical concentrates for the paint industry 10 years ago, most people thought it was a niche product for industrial coatings, not consumer paints. Now, I see it as one of the most underutilized tools in the paint industry’s toolbox. The market for technical concentrates in paint is expected to grow 7.2% annually through 2030, according to a 2024 report from Grand View Research, driven by demand for sustainable, low-cost raw materials. That growth isn’t just from big factories—small and mid-sized paint makers are catching on too, because they’re the ones feeling the pinch from high freight and raw material costs the most.
If you’re a paint manufacturer who’s curious about testing technical concentrates for your formulations, here’s my advice: start small. Pick one product line, maybe your top-selling exterior paint, and test our concentrate for that. We offer free, no-obligation sample testing, and our team will work with your chemist to adjust the formulation as needed—no hidden fees, no pressure to buy bulk until you’re sure it works for you. I’ve seen too many paint teams hesitate because they think it’s too much work, but in my experience, the average formulation adjustment takes less than 40 hours for an R&D chemist, and the payback is almost immediate in cost savings.
At the end of the day, the paint industry is all about balancing three things: quality, cost, and compliance. Technical concentrates don’t let you cut corners on any of those—they actually improve on all three, when used correctly. They’re not a magic bullet, but they’re a proven, science-backed solution for paint makers who want to stay competitive in a market that’s getting more challenging every year.
If you’re ready to talk through whether technical concentrates can work for your specific paint formulations, our team is here to help. We’ve worked with paint makers of all sizes, from small local producers to large national brands, and we’ll give you honest, no-sales-fluff advice—whether that means switching to concentrates or sticking with your current process. Don’t let another month go by paying extra for carrier materials that don’t add value to your paint. Reach out, and let’s find a way to make your production more efficient, your paint better, and your bottom line stronger.
Pesticide Formulations References:
- European Paint, Ink & Artists’ Colours Association. (2023). Annual Raw Material Cost Report for the European Coatings Industry.
- U.S. Paint and Coatings Association. (2024). North American Paint Raw Material Cost Benchmark Report.
- Grand View Research. (2024). Global Technical Concentrates Market for Coatings & Paints Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2024-2030.
- ASTM International. (2022). Standard Specification for Titanium Dioxide Pigments for Paints (ASTM D4761).
- U.S. Environmental Protection Agency. (2023). TSCA Registration Requirements for Paint Raw Materials.
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