The Industrial Coatings Market in 2026

Before any of the numbers below mean anything, settle one question: are you making coatings, or applying them? The phrase "industrial coatings business" covers two industries that share a vocabulary and almost nothing else. A formulator mixes pigments, resins, solvents and additives into a product sold by the gallon or kilo, sits in NAICS 325510, and lives or dies on raw-material cost, shelf stability and distributor relationships. An applicator — a job shop — buys that product and puts it onto someone else's parts, sits nearer NAICS 332812, and lives or dies on throughput and rework rates. Their capital requirements differ by roughly an order of magnitude. Their regulators care about different things. Most guides on this keyword blur the two, produce one averaged startup cost band, and hand you a plan that describes neither business. This one keeps them apart throughout.

The global industrial coatings market was estimated at $96.72 billion in 2025 and is projected to reach $132.45 billion by 2033, a CAGR of 4.1% across 2026–2033, according to Grand View Research, 2025. That is worth stating carefully, because you will find wildly different numbers if you keep searching. MarketsandMarkets, 2025 puts the market on track for $142.35 billion by 2030 at a 4.12% CAGR. Others publish 2025 figures as high as $171 billion. The spread is not one firm being wrong; it is scope. Some counts fold in marine and protective coatings, some include automotive OEM, some exclude powder. If you cite a market figure in a funding document, cite the firm and the date alongside it. A lender who checks and finds your $171B number contradicted by the first Google result will discount everything else you wrote.

Growth of roughly 4% a year is the honest headline. This is a mature, cyclical, industrial market that tracks construction, manufacturing output and vehicle production. It is not a category where a new entrant rides a wave. Nobody is going to fund an industrial coatings business on market growth, because 4% growth means the demand you win is demand somebody else lost. Your plan has to explain the taking, not the growing.

Where the volume actually sits

Asia Pacific took the largest regional revenue share at 42.0% in 2025, with Europe at 29.4%, driven there by strict environmental rules and high penetration of advanced coating technologies (Grand View Research, 2025). For a US or UK founder that regional split matters in a specific way: it tells you where price pressure originates. If you are formulating a commodity coating, you are competing with Asian production economics. If you are applying coatings to parts, geography protects you, because nobody ships a coated steel fabrication across an ocean to save $40. Job shops are structurally local businesses inside a global market. That is the single most useful thing regional data tells a small operator, and it is the reason most successful small entrants are applicators rather than formulators.

By technology, waterborne led with 35.2% of 2025 revenue, and by resin, acrylics led at 36.2% and are growing fastest at a 4.5% CAGR (Grand View Research, 2025). Both facts point the same direction. Solvent is being regulated and engineered out of the category, and the regulatory sections further down this page explain the mechanics. If your plan proposes a solventborne product line or a solvent-heavy application process, you are not merely choosing a chemistry. You are choosing a permit tier, a monitoring obligation and an ongoing compliance cost that a waterborne or powder competitor does not carry. Say so in the plan and show you priced it, or a technically literate lender will assume you did not know.

The competitive map just moved

The top five manufacturers — PPG Industries, AkzoNobel, Sherwin-Williams, Axalta Coating Systems and Nippon Paint Holdings — hold roughly 25–30% of the global market between them (MarketsandMarkets, 2024). Sherwin-Williams is the largest coatings company on earth by revenue, at roughly $23.03 billion trailing twelve months as of 31 March 2025; PPG turned over about $18.2 billion in 2024.

Then, in late 2025, AkzoNobel and Axalta announced a proposed merger that would create a combined business with revenue near $17 billion — the world's number two, and a direct challenge to Sherwin-Williams (Mordor Intelligence, 2025). If you are writing a plan in 2026, this is not trivia. Mergers of that size produce two things a small entrant can use: overlapping product lines that get rationalised, and accounts that get reassigned to a new rep who does not know them. Customers who were nobody's priority become available. If your plan names the specific segment or geography where you expect that disruption to hand you a first customer, you have said something concrete about how you take share in a 4%-growth market. If your plan says you will compete on "quality and service," you have said nothing that the last hundred entrants did not also say.

In the UK, the same consolidation shows up differently. The independent job-shop tier is fragmented, ageing and, in many regions, retiring. A meaningful share of UK coating capacity sits in owner-operated shops where the founder is past sixty and has no succession plan. Acquisition of an existing shop with an existing customer list is often a better funded proposition than a greenfield line, and lenders find it easier to underwrite because there is a trading history. If you are UK-based and the sums below look heavy, price the buy option before you price the build option.

Questions Founders Ask First

These are the questions that dominate search around this keyword. Short answers here; the detail is in the sections that follow.

How much does it cost to start an industrial coating business?

It depends entirely on which of the two businesses you mean. A garage-based applicator setup can start at $10,000–$30,000, a full commercial shop runs $75,000–$150,000 or more, and a serious automated line reaches $242,000 in core machinery alone once you include a $75,000 cure oven and a $50,000 booth (FinModelsLab, 2025). A formulator carrying a lab, QC instruments and raw-material inventory should plan for $180,000–$420,000 before first revenue. One blended number across both is how you end up with a funding ask that matches neither business.

Is an industrial coating business profitable?

A well-run small shop achieves a 15–30% operating margin; a poorly run one works for free. Margins vary sharply by end market — industrial work runs 15–20%, automotive 10–15%, and consumer work 20–25% (Financial Models Lab, 2025). The difference between those two shops is almost never pricing. It is rework and oven utilisation.

How much does powder coating cost per square foot?

A common commercial range for US shops is $1.50–$5.00 per square foot for straightforward flat panels and simple parts with no heavy blasting or complex fixturing. Fencing and large structures run $8–$10 per square foot. Pretreatment adds $1.50–$7.00 per square foot depending on substrate condition, and most shops set a lot minimum of $75–$200 per job (Universal Powder Coating, 2025). Shop labour bills at $50–$150 per hour.

How long before it turns a profit?

Most new coating businesses take twelve to twenty-four months to build a customer base sufficient for profitability, with ramp-up depending on the local market, sales effectiveness and service quality (Sundial Powder Coating, 2025). Any plan showing month-three profitability on a coating line will be read as fiction by anyone who has lent into this sector, and rightly.

Do you need certification to win industrial work?

Legally, no. Commercially, increasingly yes. ISO 9001 is not a statute and no inspector will ask for it, but industrial buyers gate approved-supplier lists on it, and the aerospace and defence tiers go further into Nadcap and customer-specific approvals. Budget it as a sales cost in year two rather than a compliance cost in year one — but budget it.

What It Costs to Open the Doors

Below are two capital stacks, because there are two businesses. Ranges are drawn from published equipment and setup costs cited inline; treat the totals as planning bands to be replaced with your own quotes, not as forecasts. Every figure here is US-denominated with a sterling conversion for UK readers at approximately £0.79 to the dollar — check the rate on the day you build your model.

Model A — the applicator job shop

Entry is genuinely low if you accept a batch process and a small envelope. The founder who starts in a rented industrial unit with one booth, one oven and a blast cabinet is running a real business at $45,000–$120,000 (£36,000–£95,000). Scaling that to a commercial line with recovery filtration, a conveyor and a second shift takes you to $150,000–$250,000 (£119,000–£198,000).

• Cure oven: $5K for a small batch unit, $15K–$50K for a large industrial oven, and around $75K on a full automated line. Usually the single biggest line item.
• Booth with compliant filtration: around $8,500 for an 8x10 non-recovery booth; roughly $50K for a recovery booth on a production line.
• Electrostatic guns: $500–$1,500 entry-level, $2,000–$5,000 professional-grade. A Wagner Sprint turnkey unit lands near $4,250.
• Surface preparation: $12K–$60K for a blast cabinet, degrease station and phosphate conversion. Under-buying here is the most common and most expensive mistake in the category.
• Facility: $2,000–$5,000 per month for an average industrial space in regional markets, plus $10K–$30K of renovation and $8K–$15K for ventilation and safety fit-out.
• Permits and licences: $500–$5,000 depending on location and scope.
• General liability insurance: $1,000–$3,000 per year.
• Working capital: twelve to twenty-four months of runway to profitability means this is not optional padding — it is the line item that determines survival.

Equipment and facility ranges: FinModelsLab, 2025; BF Sales, 2025; Pittsburgh Spray Equipment, 2025.

Model B — the formulator

A coating manufacturer carries everything a job shop does not: a formulation lab, QC instrumentation, raw-material inventory across pigments, resins and additives, batch records, and a regulatory file for every product placed on the market. Plan for $180,000–$420,000 (£142,000–£332,000) before first revenue, with $25,000–$120,000 of that in lab and QC instruments alone. The killer is not the equipment. It is that a formulator has to fund inventory and a distributor's payment terms simultaneously, so the working-capital line is larger than the capex line by year two. If your plan does not model that gap explicitly, the number you raise will run out before your first reorder cycle closes.

Funding routes

In the US, SBA 7(a) lending (up to $5M) is the dominant route and the section below has NAICS-matched data on how it actually performs for this industry. Equipment finance is a strong complement for applicators because ovens and booths are collateral a lender understands and can resell. In the UK, Start Up Loans reach £25,000 at 6% fixed and are personal borrowing rather than company debt, which makes them a deposit rather than a solution at these capital levels. The realistic UK stack is a Start Up Loan plus asset finance against the oven and booth plus a commercial term loan, which is exactly the structure in the case study further down. Most founders combine savings, asset finance and a bank facility rather than finding one instrument that covers it.

One structural point worth making to any lender: coating equipment holds value. An oven and a booth are not bespoke software. There is a live secondhand market, and that resale floor is the reason asset finance is available at reasonable rates against them. Lead with that in a funding conversation, because it directly reduces the lender's loss-given-default and it is the strongest thing about this asset class.

Equipment: The Line, Item by Item

A coating line is a sequence, and the sequence has no weak-link tolerance. A part that is badly degreased cannot be rescued by a good gun, and a perfectly sprayed part fails if the oven's temperature profile drifts. Specify the line as a whole in the plan, in process order.

• Degrease / wash stage. Alkaline wash or solvent wipe. Where adhesion failure begins. Skimping here produces failures that surface weeks later at the customer's site, which is the most expensive kind.
• Blast cabinet or booth. Media blasting to profile the substrate. Media is consumable and dust is a housekeeping and waste-classification issue, not just a nuisance.
• Conversion coating / phosphate stage. Iron or zinc phosphate for corrosion resistance under the topcoat. Skipped by most hobbyist setups, expected by every industrial buyer.
• Dry-off oven. Separate from cure. Flash-off of water before powder application; missing this stage is a common cause of outgassing defects.
• Application booth with compliant filtration. Filters must be demonstrated to capture at least 98% of overspray — this is a legal requirement in the US, not a preference. See the compliance section.
• Electrostatic application. Nordson powder guns deliver up to 100 kV of electrostatic charge for high transfer efficiency. Wagner and Gema both supply professional-grade equipment with dedicated service teams. Graco's Pro Xp automatic electrostatic guns are built for automated liquid lines.
• Cure oven. Convection or infrared. Convection is more cost-effective; infrared cures faster. The choice sets your cycle time, and cycle time sets your capacity.
• Racking, hooks and fixturing. Unglamorous and decisive. Fixturing determines how many parts fit per oven load, and oven load determines profit. Budget real money here.
• QC instruments. Dry film thickness gauge, cross-hatch adhesion kit, MEK rub test, and a cure-check method. Without these you cannot evidence conformance, and without evidence you cannot hold an industrial account.

Note what dominates that list. Two of the nine stages apply coating; the other seven prepare, move or verify. That ratio is the whole business. Founders write plans about spray guns because spray guns are the interesting part, then discover their margin is being eaten by fixturing changeovers and rework on parts that were never properly degreased. Service teams matter more than headline specs for the same reason: an oven down for a week is a week of missed deliveries on accounts you spent a year winning, so buy from suppliers who answer the phone.

Pricing, Yield & the Number That Decides Profit

Applicators sell square feet and hours. Formulators sell gallons and kilos against a raw-material index. The two revenue models fail in different ways, and both fail quietly.

How applicators price

The standard build is four steps: calculate material, add labour, add overhead, apply margin. Powder costs $8–$20 per pound and covers 20–30 square feet per pound, with a 10–20% waste allowance on top. Labour is estimated hours times loaded rate. Overhead is a percentage covering rent, utilities, insurance and maintenance. Then you target at least a 30–50% markup on total cost (Reliant Finishing Systems, 2025). Market pricing lands at $1.50–$5.00 per square foot for simple work, $8–$10 for fencing and structures, and $50–$150 per hour for shop time (Angi, 2026).

A worked example, and the trap inside it

Take a 4x8 steel panel: 64 square feet of face, 128 square feet counting both sides. At 25 square feet per pound, both sides need about 5.1 pounds of powder. At $12 per pound that is $61 of material before waste, so budget roughly $70. Add 45 minutes of applicator time at a $22 per hour loaded rate — $16.50 — plus 20 minutes of oven time. Direct cost lands near $87. Priced at $2.75 per square foot across 128 square feet, the job invoices $352. That is a 75% gross margin on direct cost, and it looks excellent.

It is not excellent, because the calculation is missing the only variable that matters. The oven burns the same gas for one panel as for twelve. Cure time is fixed by the coating's schedule, not by how full the rack is. Run that job as a single panel in an empty oven and the real cost of the cure cycle — energy, and more importantly the hour of capacity you can never sell again — lands entirely on one $352 invoice. Run twelve panels on a full rack and the same cycle cost splits twelve ways while revenue multiplies twelve times.

This is why two shops with identical price lists in the same town return 30% and 5%. It is not pricing. It is batch density and oven utilisation. The plan that gets funded forecasts racks per day and average rack fill, then derives revenue from those. The plan that does not get funded forecasts revenue per square foot and multiplies by an optimistic square-footage guess, which is a forecast with no operational object underneath it. If you take one thing from this page into your financial model, make it this: build the forecast on oven cycles per day and fill rate, and let revenue fall out of it.

The revenue lines worth modelling

• Contract volume work. A fabricator sending predictable weekly batches. Lower price per square foot, but it fills racks, and full racks are the business.
• Short-run and custom. Higher price per square foot, brutal fixturing changeovers. Profitable only if you price setup time honestly rather than absorbing it.
• Surface prep as a billed line. Pretreatment runs $1.50–$7.00 per square foot depending on substrate condition. Quote it separately and inspect before quoting; absorbing prep on rusted incoming stock is a reliable way to lose money on a job you won.
• Lot minimums. $75–$200 per job. Not a revenue stream, a defence — it stops small jobs consuming a cycle you needed.
• Rework, negatively. Model it as a percentage of throughput, because it is. A cured part that fails adhesion must be stripped and rerun: material twice, labour twice, cycle twice, on a job you already priced once.

Margin expectations by sector: industrial 15–20%, automotive 10–15%, consumer 20–25% (Financial Models Lab, 2025). Automotive being thinnest surprises founders who assume big accounts mean big margins. They mean big volume at prices set by a procurement team that knows your cost structure better than you do. That is a fine business if your racks are full and terrible if you built the shop around winning one.

On the labour side, US coating, painting and spraying machine setters, operators and tenders held about 165,500 jobs in 2024 at a median annual wage of $47,590 (US Bureau of Labor Statistics, May 2024). Model your loaded rate from that median plus payroll burden, not from the $15–$18 per hour advertised on job boards — because the applicator you retain at $18 is the applicator whose rework rate erases the saving in a fortnight. Wage is not the cost. Rework is the cost.

SBA Lending Data for Coatings Businesses

Generic advice says "SBA 7(a) loans go up to $5 million." True, and useless. Here is what the NAICS-matched record actually shows for NAICS 325510, Paint and Coating Manufacturing.

Source: PeerSense SBA industry data, NAICS 325510.

Three things follow. First, the $453K average is 33% above the $340K national average, which tells you underwriters already understand this is a capital-heavy category and are not startled by a six-figure ask. Asking for $400,000 with a defensible equipment schedule is a more normal application here than asking for $75,000 with a vague one.

Second, 225 active lenders is a genuinely healthy number. There is no single gatekeeper. If a lender declines, that is one lender's credit box, not a verdict, and the next one may have a different appetite for asset-backed manufacturing.

Third — and this is the one to sit with — the 7.5% historical default rate is already in the room when you walk in. Your job is not to argue it down; it is to show which side of it you are on. Defaults in coatings cluster around exactly the failure modes this page keeps returning to: shops that under-invested in surface prep and lost accounts to adhesion failures, shops that bought capacity they could not fill, and shops that hit a compliance wall they had not budgeted for. Address those three explicitly in the plan and you are not a statistic, you are the exception with evidence.

One live and time-boxed detail: the SBA has fully waived guaranty fees on all 504 loans and on 7(a) loans up to $950,000 for manufacturers through 30 September 2026 (PeerSense, 2026). On a $450,000 loan the guaranty fee is real money. If you are a US manufacturer reading this in 2026, that deadline is a genuine reason to move on timing rather than a manufactured urgency, and it is worth confirming current status with your lender since these waivers are renewed or lapsed by appropriation.

Permits, Air Rules & Compliance

Coatings are regulated as an air-quality problem, not as a business-licence problem. The generic "get an EIN and a business licence" checklist that appears on most pages for this keyword is not wrong, it is just irrelevant — it describes obligations that apply to a bookkeeping firm. What follows is what actually gates a coating operation.

United States

The controlling rule is NESHAP 6H — 40 CFR Part 63 Subpart HHHHHH, National Emission Standards for Hazardous Air Pollutants: Paint Stripping and Miscellaneous Surface Coating Operations at Area Sources. It applies if you spray-apply coatings to parts made of metal, plastic or a combination, or if you strip paint using methylene chloride. Almost every small coating operation falls inside it.

• "Area source" is where you almost certainly sit. An area source emits under 10 tons per year of any single hazardous air pollutant, or under 25 tons per year combined. Below those thresholds you are an area source and 6H applies to you; above them you are a major source and the obligations get heavier.
• The 98% filter requirement is the big one. All spray booths, preparation stations and mobile enclosures must be fitted with filter technology demonstrated to achieve at least 98% capture of paint overspray, with the demonstration consistent with ANSI/ASHRAE Standard 52.2-2017. This is a fit-out decision, and retrofitting it after an inspection costs multiples of specifying it correctly at build.
• Spray guns must be HVLP or demonstrated-equivalent transfer efficiency. Not a suggestion.
• Certified operator training. Anyone spraying needs it. Free to notify, but it must exist before you spray, not after.
• Initial notification before startup. Filed with EPA or, more usually, the delegated state agency — TCEQ in Texas, for example, publishes 6H assistance tools directly.
• State air permit or permit-by-rule sits on top, at typically $500–$5,000, on a timeline of weeks to months depending on the state.
• OSHA and RCRA. Hazard communication and respiratory protection under OSHA; a hazardous-waste generator ID under RCRA for spent solvent and contaminated blast media (National Small Business Environmental Assistance Program).

United Kingdom

The UK regulates the same risk through solvent consumption thresholds under the Environmental Permitting (England and Wales) Regulations 2016, which carry across the old Solvent Emissions Directive provisions into the retained IED regime.

• 10 tonnes of solvent per year is the surface-coating permit threshold. Above it, the activity requires a permit. This single number decides more about a UK shop's compliance burden than anything else, and it is the number nobody else writing on this keyword mentions (GOV.UK, Environmental permitting guidance: the solvent emissions directive).
• 5 tonnes of annual VOC consumption triggers a duty to notify your local authority, apply for a permit and comply with its conditions — including VOC reporting through a solvent management plan. Note this sits below the 10-tonne threshold: you can have a notification duty before you have a permitted activity.
• Two compliance routes. Either meet a VOC emission concentration limit plus a fugitive emission limit and submit annual or continuous monitoring depending on emission size, or run a solvent reduction scheme achieving the equivalent of the mass emission limit. The second route is often cheaper for a small shop and is routinely overlooked.
• Part A vs Part B. Larger installations are regulated by the Environment Agency; most small coating shops are Part B and regulated by the local authority, which is who you actually call.
• BAT. Permits are reviewed against the STS BREF — Surface Treatment Using Organic Solvents BAT conclusions, Commission Implementing Decision 2020/2009 — via Regulation 61(1) notices.
• Product-side rules for formulators. The VOC in Paints, Varnishes and Vehicle Refinishing Products Regulations 2012 cap the VOC content of specified coating products placed on the UK market. This constrains formulation, not application — a distinction that decides which of the two businesses this paragraph applies to.
• COSHH, HSE and waste. A COSHH assessment is mandatory, isocyanate handling carries specific health surveillance duties, and a waste carrier registration is needed if you move your own blast and solvent waste.

Canada

Under CEPA, the VOC Concentration Limits for Architectural Coatings Regulations (SOR/2009-264) set VOC limits across 53 categories of architectural coatings. Relevant here because one of those categories is "industrial maintenance coating", defined by exposure conditions rather than by where it is used: immersion in water, wastewater or chemical solutions; moisture condensation; acute or chronic exposure to corrosive, caustic or acidic agents; repeated exposure above 121°C; repeated heavy abrasion with industrial solvents or scouring agents; or exterior exposure of metal structures. If your product meets those conditions it gets the industrial-maintenance limit rather than the general limit — a meaningful formulation allowance. The limits were aligned to the US OTC Model Rule 2001 AIM Phase I, so a product engineered for the US market is usually close to Canadian compliance already.

Two closing points on compliance. First, none of the above is a reason not to start; these are known, priced, survivable obligations that thousands of shops meet. Second, the founders who get hurt are the ones who discover the 98% capture requirement or the 10-tonne threshold during an inspection rather than during a fit-out. Put the compliance schedule in the plan with costs against each line. Lenders read that as operational maturity, and it is one of the cheapest credibility signals available to you.

Coatings Terms Your Lender Will Not Know

Coatings is a jargon-dense field and your funder is not a coatings person. Every term below belongs in your plan, and every one of them needs a plain-English clause attached the first time it appears. A plan that uses these correctly reads as written by an operator. A plan that uses them without explanation reads as copied.

• DFT (dry film thickness). Coating thickness after cure, measured in mils (thousandths of an inch) or microns. The primary contractual spec on most industrial jobs. Under-spec fails inspection; over-spec quietly burns material margin on every part you run.
• Transfer efficiency. The share of sprayed coating that lands on the part rather than in the filter. Directly drives material cost and is why electrostatic guns and their kV rating matter commercially, not just technically.
• Faraday cage effect. Recessed corners and internal angles that repel electrostatically charged powder, leaving thin coverage. It is the reason complex parts cost more to coat than their square footage suggests — quote geometry, not area.
• Cure schedule. The time-at-temperature a coating needs to cross-link, specified by the manufacturer. Non-negotiable. It sets cycle time, and cycle time sets your capacity ceiling.
• Outgassing. Gas escaping from a porous substrate (castings, galvanised steel) through the coating during cure, leaving pinholes. Prevented by a pre-bake, which is a cycle you must price in.
• MEK rub test. A solvent-rub check for cure completeness. Cheap, fast, and the evidence an auditor asks for.
• Cross-hatch adhesion test. Scoring a grid into the coating and lifting it with tape to grade adhesion. Where poor surface prep finally becomes visible — usually after the part has been invoiced.
• Conversion coating. Iron or zinc phosphate applied before the topcoat to boost corrosion resistance and adhesion. The stage hobbyists skip and industrial buyers audit.
• TGIC. A curing agent in polyester powders used for exterior durability, subject to tightening restriction in some jurisdictions — which is precisely why formulation choices carry regulatory tails.
• HAP (hazardous air pollutant). The EPA-listed compounds whose tonnage decides whether you are an area source or a major source under NESHAP 6H. The definition that sets your entire US compliance tier.

Sample Business Plan Preview

An extract from a composite industrial coatings plan, showing the level of specificity a lender expects. Note that the forecast is built on oven cycles, not on square feet.

What's in the Template

Every Avvale business plan template includes these sections, pre-structured for your industry:

• Executive Summary — Your business at a glance, written to hook investors in 60 seconds
• Company Overview — Legal structure, ownership, location, and founding story
• Industry Analysis — Market size, growth trends, and the regulatory picture
• Customer Analysis — Target segments, buying triggers, and spending patterns
• Competitor Analysis — Local competitive mapping and your differentiation strategy
• Marketing Plan — Channels, messaging, and customer acquisition strategy
• Operations Plan — Day-to-day workflows, staffing structure, and key milestones
• Management Team — Founder bios, advisory board, and key hires planned

The optional Financial Forecast add-on (included in our $300/£250 and $1,000/£800 packages) provides a 5-year Excel model with income statement, cash flow, balance sheet, break-even analysis, and startup capital requirements. For coating businesses we build the revenue driver on cycles and fill rate rather than a flat square-footage assumption, because that is the structure a credit team can test.

Working on an adjacent niche? We publish dedicated guides for powder coating businesses, anti-corrosion coating businesses, and paint manufacturing. If you need a writer rather than a template, start with our business plan writer service, or browse the full free business plan template library.

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