A coating that survives a warehouse shelf is not the same coating that survives an agricultural field, a food processing washdown, or a downtown facade. We spec and apply finishes against the specific abuse patterns of each sector we serve — and we've been doing it for two decades.
Every industry that coats metal has a specific set of things that kill finishes. Agriculture fights UV and fertilizer chemicals. Food processing fights caustic washdown chemicals and hot water. Construction fights weather, UV, and abrasion during handling and installation. Automotive fights brake dust, road salt, and thermal cycling. Each one requires a slightly different coating system even when the parts look similar on a drawing.
We've been coating parts for enough years to know what fails where. That knowledge is built into how we quote each job — not as an upsell, but as an honest recommendation about the system that will actually do what you need. If a cheaper system will get the job done, we'll say so. If a specific application needs a heavier build or a different chemistry, we'll say that too.
The sectors below represent the bulk of our production volume. If your industry isn't listed, it doesn't mean we can't help — it usually means the coating spec is more custom and worth a phone call.
Agricultural parts are exposed to a combination that destroys most finishes: intense UV, fertilizer and diesel chemical exposure, mud and grit abrasion, and daily temperature swings from sub-zero mornings to hot afternoon sun. A coating on an implement has to hold up through years of this — because the frame isn't coming back to the shop for a redo.
Construction parts face a different set of problems than equipment. They're handled heavily before installation — dragged across a jobsite, bolted into place with impacts, and exposed to weather during the construction phase. Once installed, they're expected to hold up for decades with no maintenance. Coating these parts correctly means doing the prep work upfront, because there's no coming back.
Automotive work is visible, functional, and unforgiving. A wheel that gets brake dust baked onto it every week has to clean up easily without losing gloss. A brake caliper that hits 800°F on a hard stop has to hold its finish. A suspension component has to survive rock chips at highway speed and road salt spread for months at a time.
Furniture and commercial fixtures are handled constantly — chairs get dragged, tables get bumped, shelving gets loaded and unloaded. The finish is also visible and part of the design. We balance durability with appearance, choosing systems that hold up to daily use without looking like industrial equipment.
Energy and utility parts are often installed in locations that are hard or impossible to reach for maintenance — up a pole, inside an enclosure, on a remote substation. When a coating fails on these parts, the repair cost far exceeds the original finish cost. We spec these jobs with UV stability and long-term corrosion protection as the priority, even if it means a slightly higher upfront price.
Food processing facilities run caustic and acidic cleaning chemicals through their equipment on a daily basis. Coatings in these environments have to survive those chemicals, hot water, and frequent thermal cycling — all while meeting food-safety requirements around flaking and contamination. The spec for this work is different from anything else we run.
Automation and robotics work involves tight-tolerance parts that get exposed to cutting fluids, hydraulic oil, and constant mechanical cycling. Coatings on these parts have to be precise about thickness and coverage on machined surfaces, while still resisting the chemical and mechanical abuse that machinery sees day in and day out.
Quick reference for how each industry maps to a coating chemistry. Detailed specs available on each service page.
Ongoing monthly production run of 340 frames in UV-stable polyester. Coated, tested, and shipped in five-day cycles to match the customer's assembly schedule.
Four hundred steel brackets for a regional outdoor retailer, matched to their brand color from a physical chip. Held to ΔE ≤ 1.5 across two production lots.
Heavy-build epoxy system at 8 mil over blasted steel. Two-coat application with full chemical-resistance documentation for the customer's internal QA file.
Almost certainly. The list above covers our largest sectors, but we coat parts for plenty of smaller industries and one-off applications — mining, marine, defense-adjacent, architectural specialties, and others. If you send us a description of the part and what it's exposed to, we can usually recommend a coating system and quote it.
Rarely. Different industries need different chemistries and different masking, and mixing them creates color-consistency and cross-contamination risks. We schedule by chemistry family, not by industry — so an agriculture job and an energy job in the same polyester color can run together, but an epoxy job and a polyester job will run separately.
Standard practice for us. We don't photograph or reference customer parts in our portfolio or marketing without written permission. For defense-adjacent or IP-sensitive work, we can sign a mutual NDA before the RFQ, and we'll restrict access to the parts to a limited number of shop personnel.
Yes. For any industry where the coating spec matters (which is most of them), we recommend a pilot lot of 3–10 representative parts before committing to full production. This lets us verify the system, catch any racking or masking issues, and get your sign-off on appearance before running the full quantity.
Yes. For OEMs and manufacturers with recurring needs, we can hold a reserved production slot on a monthly, quarterly, or seasonal schedule. This guarantees capacity and lets us plan powder purchases in advance, which usually improves pricing on the recurring work.
Standard documentation includes a certificate of conformance, film thickness report, powder batch reference, and cure log. For industry-specific requirements — defense, aerospace, medical, food processing — we can add additional documentation including chemical resistance test results, salt-spray hours, and per-lot traceability. Tell us what your QA file requires and we'll provide it.
Send us the part, the environment it lives in, and any spec you're working against. We'll recommend a specific coating system, quote it, and be honest about whether there's a better fit elsewhere.