Historic Colorado mountain building exterior in a high-country setting

Example Inspection · Tin Cup, Colorado

Inspection in Tin Cup, Colorado

A real Tin Cup inspection, anonymized — a lead-based paint assessment on a historic high-country building, and why encapsulation was the safe, code-appropriate answer.

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Historic Structures in the Taylor Park High Country

Tin Cup is one of Colorado’s highest historic mining towns, tucked into Taylor Park above 10,000 feet in Gunnison County. The buildings that survive here have stood through more than a century of brutal winters, intense alpine UV, and short, dry summers — and many still carry the paint systems applied to them generations ago.

That history matters for more than charm. Coatings applied before the late 1970s frequently contain lead, and on a historic structure the right first step is not to start sanding — it is to test. The example below shows how an inspection that begins with laboratory analysis can change the entire approach to a building.

Colorado timber building undergoing careful exterior restoration

20+

Years Experience

A Real Tin Cup Inspection — Anonymized

A historic town hall in Tin Cup

InspectedSpring 2026

StructureHistoric public building

ApproachLead-safe encapsulation

Before preparing any finish plan, three paint samples were collected from the building exterior and submitted to an independent, accredited environmental laboratory. All three returned positive for lead, with concentrations ranging from 2.0% to 3.9% by weight. Under federal standards a coating is classified as lead-based paint at or above 0.5% — so every surface tested was several times over the threshold.

Because the coating contains significant lead, it cannot safely be removed by scraping, sanding, grinding, or power washing — each of those would release hazardous lead dust onto the site. The recommended, code-appropriate approach was to leave the sound existing paint in place and encapsulate it: prime and re-coat the structure, with targeted repair of damaged trim and crown molding.

$69,800

Example project investment

2.0–3.9%

Lead content found (limit: 0.5%)

4,500 sq ft

Exterior encapsulated

Findings at a Glance

Area	Current condition	Recommended action
Front door (paint)	Lead detected — 2.0% by weight	Encapsulate; do not sand or scrape
Window trim (paint)	Lead detected — 2.4% by weight	Encapsulate; replace damaged trim
Siding (paint)	Lead detected — 3.9% by weight	Bonding primer + re-coat to seal
Crown molding (front)	Damaged 14′ section	Replace, then encapsulate
Adjacent shed	Worn finish	Prime and paint

Documented Conditions

Critical

Laboratory results — lead detected on all samples

Three exterior paint samples (front door, window trim, and siding) were independently analyzed and all returned positive for lead, at 2.0%, 2.4%, and 3.9% by weight respectively. The federal definition of lead-based paint is 0.5% by weight, so every tested surface exceeded the threshold by four to nearly eight times.

Critical

The existing paint must not be scraped or sanded

At 2–4% lead content, mechanically disturbing the paint — dry scraping, sanding, grinding, or aggressive power washing — would generate lead-contaminated dust and chips that pose a health hazard to occupants, workers, and the surrounding site. Removal is therefore not an appropriate or safe preparation method for this building.

Priority

Encapsulation — the safe, code-appropriate path

Encapsulation seals the lead-bearing paint in place beneath a new, durable coating system, eliminating exposure without creating dust. The process: gentle cleaning and de-glossing for adhesion (no abrasive removal), stabilize and spot-prepare only loose areas using lead-safe practices, apply a bonding primer, then re-coat the full exterior in the chosen color.

Service

Damaged trim & crown molding

A 14-foot section of crown molding on the front of the building, and a 55-foot run of trim board on the east side, were damaged beyond what should be retained. These were scoped for replacement and then encapsulated along with the rest of the exterior so the whole building reads as one finished surface.

Example Scope & Investment

The anonymized scope below mirrors the recommended plan for this historic Tin Cup building — built entirely around sealing the lead in place rather than removing it.

Exterior$69,800

Paint exterior (encapsulation)Apply bonding primer and re-coat the exterior in the chosen color, encapsulating the existing lead-based paint4,500 sq ft @ $12/sq ft
$54,000
Replace crown moldingReplace damaged section on the front of the building14′ @ $20/ft
$2,800
Replace trim boardReplace trim boards on the east side55′ @ $10/ft
$5,500
Paint shedPrime and paint the adjacent shed
$7,500

Example Project Investment$69,800

These figures come from a real Log Home Finishing inspection in Tin Cup, shown here as an anonymized example. Lead testing results apply only to the samples analyzed; every building is assessed on its own. Your inspection includes a written scope matched to your structure’s actual condition.

Products & methods used

Accredited lab lead testingLead-safe work practicesBonding primer systemEncapsulation top coat

Why Encapsulation, Not Removal

On a historic structure with intact, lead-bearing paint, the goal is to eliminate exposure without creating it. Stripping that paint would put lead dust into the air and soil around a high-traffic public building — the opposite of a safe outcome. Encapsulation seals the hazard beneath a fresh, durable coating instead.

Done correctly, encapsulation also protects the building itself: a sound primer-and-topcoat system over de-glossed, stabilized paint sheds water and UV, extends the life of the historic substrate, and leaves the structure looking restored rather than disturbed.

Always test first — coatings from before the late 1970s frequently contain lead.
Never dry-scrape, sand, or power-wash confirmed lead paint.
De-gloss and stabilize, then prime and re-coat to seal the hazard in place.
Replace only the trim that cannot be retained, then encapsulate the whole.

What the Work Looks Like

Tall log and wood-sided building with a weathered, sun-faded finish and a covered porch under a blue Colorado sky, awaiting refinishing — Weathered Wood Finish Before RefinishingDecades of high-altitude sun and weather have worn this finish thin and grey — the stage where a careful clean, de-gloss, and re-coat protects aged wood and historic structures before the wood itself is damaged.

Protective coating being applied to a Colorado timber exterior

Exterior coating work in progress on a mountain structure

Weatherproofed timber building in a Colorado high-country winter setting

Illustrative photos of Log Home Finishing staining, chinking, and restoration work in Colorado.

Tin Cup Log Home Inspection — FAQ

How do you know if a historic building in Tin Cup has lead paint?

You test. Any coating applied before the late 1970s may contain lead, and you cannot tell by looking. We collect paint samples and submit them to an independent, accredited laboratory. Under federal standards a coating is lead-based at or above 0.5% by weight; the samples on this project ranged from 2.0% to 3.9%.

Can lead paint just be sanded or power-washed off?

No — not safely. At these lead levels, dry scraping, sanding, grinding, or aggressive power washing would release lead-contaminated dust and chips that are a health hazard to occupants, workers, and the surrounding site. Mechanical removal is not an appropriate preparation method for confirmed lead-based paint.

What is lead paint encapsulation?

Encapsulation seals the existing lead-bearing paint in place beneath a new, durable coating system, eliminating exposure without generating dust. The process is gentle cleaning and de-glossing for adhesion, stabilizing only loose areas with lead-safe practices, a bonding primer, and a full re-coat in the chosen color.

Do you work on historic and commercial buildings, not just log homes?

Yes. The same expertise in coatings, surface preparation, and Colorado weather that protects log homes applies to historic and timber structures. This Tin Cup project was a historic public building, assessed and scoped with the same care as any log home restoration.

Example Inspections in Other Colorado Towns

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