Intertape Polymer Group 5805-2 Masking Tape Uv Resistant

Product Description

The INTERTAPE POLYMER GROUP 5805-2 is a light green crepe paper masking tape designed for professional painting and surface protection applications. It uses a pressure-sensitive synthetic rubber adhesive that bonds securely to most surfaces while allowing clean, residue-free removal. The tape is rated for direct sunlight exposure for up to 8 days, making it suitable for both interior and exterior work. Its crepe paper backing conforms to irregular surfaces and unwinds smoothly from the roll, reducing application time. The adhesive resists humidity and prevents paint bleed-through, maintaining clean paint lines throughout the job.

This tape is used in residential and commercial painting projects where controlled masking is required. It performs in outdoor conditions where UV exposure and moisture are factors, such as exterior trim work, window masking, and multi-day painting jobs. It is also suited for general surface protection and bundling tasks where a clean removal is critical. Painters, general contractors, and finishing tradespeople are the primary installers.

Key Features

• Rated for direct sunlight exposure up to 8 days without adhesive failure
• Pressure-sensitive synthetic rubber adhesive provides secure hold on most surfaces
• Light green crepe paper backing conforms to curved and irregular surfaces
• Resistant to humidity and paint bleed-through for clean masking lines
• Easy, consistent unwind with clean removal that leaves no residue

Compatibility

Designed as a general-purpose masking tape suitable for use on painted surfaces, glass, trim, metal, and other common construction and finishing substrates where temporary adhesion and paint masking are required.

Installation Notes

Apply to clean, dry surfaces free of dust, oil, and loose paint for best adhesion. Remove tape within the rated exposure window to ensure clean peel without surface damage. Do not leave applied beyond the 8-day UV rating, as adhesive residue or surface damage may result. Removal should be performed at a low angle to reduce risk of surface lifting.