Molecular Technology
Engineered at the molecular level.
A non-acrylic, multi-polymer, waterborne system. Patent-pending chemistry designed for automotive performance and clean removability.
Molecular Architecture
Non-acrylic. Multi-polymer. Purpose-built.
Traditional peelable coatings rely on acrylic chemistry, which limits flexibility, UV resistance, and long-term peel integrity. Peelclear uses a proprietary multi-polymer formulation that delivers superior film flexibility, consistent surface leveling, and a mechanical bond designed to release cleanly after years of service.
View Material Science
How Peelclear Bonds
No adhesive. No chemical fusion. Controlled mechanical grip.
Physical Grip
The base coat mechanically interlocks with the surface profile of the clear coat. No adhesive chemistry is used.
Controlled Release
Engineered peel force allows the film to release in large, clean sheets without solvents or heat.
Surface Integrity
The factory paint underneath remains completely untouched. No sanding, no adhesive residue, no damage.
Waterborne System
Low-VOC. Water-based. Patent pending.
Peelclear's waterborne carrier system eliminates the need for harsh solvents during application. Safer working environment, lower emissions, and a formulation that meets evolving environmental regulations without compromising performance.
Crosslinking Process
From liquid to unified film.
How the base coat and top coat cure into a single integrated system — not a stack of layers.
Spray application
Base coat is applied in multiple passes using standard HVLP equipment. Each pass builds consistent film thickness.
Chemical crosslinking
The top coat chemically crosslinks with the base during cure, forming a single integrated film. Not a layered stack — a unified structure.
Final film
The cured system behaves as one material. Durable, UV-stable, polishable, and designed to peel cleanly when removal is desired.
Head-to-head
Molecular approach vs. traditional chemistry.
| Property | Peelclear | Acrylic Dip | Vinyl Adhesive |
|---|---|---|---|
| Bond type | Mechanical | Chemical | Adhesive |
| Removal method | Peel | Peel + solvent | Heat + pull |
| Residue | None | Possible | Common |
| Film flexibility | High | Low | Medium |
| UV stability | Engineered | Limited | Moderate |
| VOC level | Low | High | N/A |
| Repairability | Yes | Limited | No |
We don't repackage — we engineer.
From polymer selection to crosslink density to peel force — every variable is controlled. Want to see the system in the field, or go deeper on the chemistry?
