MGD-12×400/10 High-Density Masking Film Roll (12′ x 400′, 10 Microns)
Professional-grade high-density polyethylene (HDPE) masking film engineered specifically for auto body refinishing shops. Sized at 12 ft. x 400 ft. with a 10-micron thickness, this roll provides optimal full-vehicle coverage for standard sedans. Corona-treated to cling tightly to vehicle contours and lock down paint overspray, keeping shops clean and efficiency high.
- Part Number: MGD-12×400/10 (1 Roll/Box)
- Dimensions: 12 ft. x 400 ft. (10 Microns)
- Optimal Vehicle Sizing: Specially proportioned for sedans and compact commercial vehicles.
- Corona Treated: Holds paint overspray on the film surface without flaking or bleeding onto freshly painted panels.
- Static Cling HDPE: Clings securely to body panels for fast, one-person application.
- High Heat Resistance: Withstands booth bake cycles up to 230°F (110°C).
Full Product Description
Protect passenger vehicles during paint preparation and spray booth cycles with the MGD-12×400/10 High-Density Masking Film. Formulated from premium high-density polyethylene (HDPE), this 10-micron masking film delivers a tough, tear-resistant barrier against clear coats, primers, and solvent-based or waterborne paint overspray.
Engineered for Sedan Refinishing
At 12 feet wide by 400 feet long, the MGD-12×400/10 is specifically proportioned for standard sedans, coupes, and smaller fleet vehicles. The 12-foot width allows technician teams to drape vehicles end-to-end with minimal trim work, reducing film waste and prep labor costs.
Superior Paint Adhesion & Static Cling
Featuring full corona surface treatment, the film actively attracts and absorbs paint overspray, preventing dry flakes from blowing off onto fresh finish work during unmasking. Integrated static cling properties allow the film to conform smoothly to vehicle contours, staying firmly in place even when operating paint booth air movement systems.
Heat Resistant Performance
Built to handle commercial auto body operations, the MGD-12×400/10 maintains structural integrity during elevated curing processes, resisting heat exposure up to 230°F (110°C) without ghosting, melting, or leaving residue on underlying surfaces.





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