RBL Products AutoMask Refill Roll 43" x 115' – Paint Masking Film for Automotive Painting – Solvent-Resistant, Lint-Free, Heat-Resistant, Waterproof

RBL Products AutoMask Refill Roll (43 in x 115 ft) is the ultimate masking film for automotive paint jobs. Designed to fit the RBL103 AutoMask Dispenser, this pre-folded, pre-taped film delivers lint-free, static-free performance to eliminate contamination. Its ultra-durable material resists even the harshest solvents and paint strippers, ensuring zero bleed-through. Waterproof and heat-resistant up to 230°F (110°C), it’s safe for use in high-temp spray booths. Overspray clings to the surface for clean removal, and when you're done, it compresses into compact, space-saving disposal. Get professional results with this high-performance masking solution from RBL.

• Premium Automotive Masking Film Roll: RBL AutoMask Refill Roll is designed for high-performance auto body painting. At 43 inches x 115 feet, it fits the RBL103 dispenser and delivers full surface coverage with advanced protection against paint, overspray, and solvents
• Lint Free Static Free Material For Clean Results: The lint-free construction eliminates paper fiber contamination, ensuring a flawless paint finish. Static-free properties reduce the risk of dust and debris clinging to the film, resulting in professional-grade masking with clean edges
• Superior Solvent & Paint Bleed Resistance: Built to handle even the harshest conditions, this film resists paint strippers and solvents without bleed-through. Overspray adheres to the surface, preventing tracking, dripping, and transfer during the painting process
• Waterproof & Heat Resistance 230°F (110°C): RBL AutoMask is fully waterproof and withstands heat up to 230°F, making it ideal for baking booths and high-temp applications. You can mask with confidence, knowing the film won’t fail under pressure
• Space Saving Easy Disposal Design: When the job is done, the film compacts easily into small, disposable balls, reducing disposal volume by up to 70%. Save time, space, and cleanup effort without sacrificing performance or durability