Case Studies
Your Detail Deserves a Defense. Give every interior the ultimate shield against stains, dye transfer, odors, and UV damage — because the best detailers don't just clean, they protect.
Case Study Overview:
The Science Behind the Real World Performance. From Osaka to North America, CAPCO USA brings world-class chemistry and decades of expertise to every product we put in your hands.
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Case study — F150 King Ranch odor elimination
From unsellable to sold in 4 days
A Ford F-150 King Ranch with years of daily cigar smoke odor — resistant to three professional cleanings — was completely restored with a single UE Shield application.
Ford F-150 King RanchCigar smoke — daily use3 prior cleanings failed1 UE Shield treatment
3x Prior cleaning attempts
None resolved the odor
Days to full resolution
4 days
Single UE Shield application
Final result
Sold
Zero odor remaining
The result
UE Shield destroyed the smoke odor at the molecular level — where conventional products couldn't reach — restoring the truck's full resale value in just 4 days.
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4x the dye transfer resistance. Fully cleanable after contamination.
In A2LA/ISO 17025 certified Wyzenbeek testing, UE Shield-treated white PU seating resisted dark blue denim dye transfer 4 times longer than untreated material — and cleaned off completely with soap and water when it did occur.
Tested by A2LA-accredited lab — ISO 17025 certified
White PU automotive seating Wyzenbeek double rub machine, Dark blue denim on the barrel, Side-by-side controlled test
500 rubs- Untreated — dye transfer formed
Could not be cleaned
2,000 rubs- UE Shield — dye transfer finally showed up
Cleaned with soap and water
4x longer- Protection advantage
Plus full cleanability
What this means for your customers
UE Shield protects light-colored seats from the #1 interior complaint — denim dye transfer — while ensuring that surfaces stay cleanable long after conventional protection fails.
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Brisket juice in a Mercedes S550 that smelled like a dead animal. Soured baby's milk in a Range Rover that resisted repeated professional cleaning. Both completely resolved within days of a single UE Shield application.
Combined prior cleanings
5+ attempts None resolved the odor
UE Shield applications
1x Single treatment per vehicle
3–4 days Days to full resolution
Both vehicles fully restored
Case studies
Case 1 of 2 Mercedes S550
No odor in 3 days after treatment
"It smelled like a dead animal. You couldn't be in the car."
Before treatment
Severe dead-animal odor. Two professional cleanings had failed to remove it.
UE Shield applied- Single spray application to floorboard and surrounding interior surfaces. Dried in minutes.
Within 3 days- Zero odor detectable — even pressing nose directly to carpet. Complete molecular elimination.
Case 2 of 2 Range Rover
No odor in 3–4 days after treatment
"The smell was horrible. Multiple cleanings and it kept coming back."
Before treatment
Severe sour milk odor persisting through several rounds of professional cleaning.
UE Shield applied- Single application to all affected interior surfaces. No downtime — surfaces ready in minutes.
Within 3–4 days- Odor completely eliminated. Range Rover interior fully restored and returned to owner.
The common thread
Conventional cleaners work at the surface. UE Shield destroys odor-causing compounds at the molecular level — reaching where no cleaner can, and eliminating what nothing else could.
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A vehicle purchased at auction for a significantly reduced price due to heavy smoke and marijuana odor — with cleaning attempts failing to resolve it — was completely restored with one UE Shield application and sold odor-free at a much higher price within days.
Purchase price
Steeply discounted
Smoke odor drove down value
Odor type
Smoke + marijuana
Deeply embedded, full cabin
Days to full resolution
2–3 days
Single UE Shield application
Sale outcome
Sold — no odor
Significantly higher price
"Once it was in the detail facility, cleaning alone wasn't going to fix this one."
The full story
Step 1 — Acquisition
Purchased at auction — heavily discounted
The vehicle was acquired at a significantly below-market price specifically because of its heavy smoke and marijuana odor — one of the most consistent discount drivers in the used car auction market.
Step 2 — Cleaning attempt
Professional cleaning — odor remained
Once at the detailing facility, conventional cleaning methods were applied throughout the interior. The smoke and marijuana odor persisted — the molecular contamination had penetrated too deeply for surface cleaning to resolve.
Step 3 — UE Shield applied
Single application — all interior surfaces
UE Shield was sprayed throughout the cabin — headliner, seats, carpet, door panels, and dash. Dry in minutes. No downtime. The patented molecular-bond chemistry began destroying the hydrocarbon and terpene odor compounds at their source.
Step 4 — Day 2 to 3
Complete odor elimination
Within 2 to 3 days, all smoke and marijuana odor was gone. No trace remaining in any part of the cabin. The vehicle was fully restored and ready for retail sale.
Step 5 — Sold
Sold odor-free at a much higher price
The vehicle sold at significantly above the auction purchase price — with the UE Shield treatment cost representing a small fraction of the value recovered. Full market value restored.
The ROI case
Without UE Shield
Vehicle bought cheap — odor unresolvable
Cleaning attempts fail — cost with no result
Forced to resell at auction or below market
Price discount never recovered
With UE Shield
Vehicle bought at steep smoke discount
One UE Shield application — low cost, fast
Odor eliminated in 2–3 days
Sold at full market value — significant ROI
The bottom line
UE Shield turns smoke-damaged auction vehicles from unsellable liabilities into full-value assets — with a single treatment, in days, at a cost that represents a fraction of the value recovered.
Our Testing: A2LA & ISO Certified
FT 407 Closed Chamber Testing
Measures volatile organic compound emissions from products by placing samples in a sealed, controlled-environment chamber to simulate real-world air quality impacts
ASTM D1308 | AATCC130 Testing
Determines the effects of household chemicals, foods, and liquids on fabrics and durability.
Gas Detector Tube Testing Method
Active monitoring technique where a pump draws air through a glass or stainless steel tube packed with adsorbent material, capturing volatile organic compounds
NSF & DFE Green Chemistry Certified
National Science Foundation and EPA Designed for the Environment Green Chemistry Certification.