Intertape RG300.39 Filament Strapping Tape 0.5in 60yd

Product Description

The INTERTAPE RG300.39 is a filament strapping tape built for demanding box closing and bundling applications. Constructed with a polyethylene foam backing and a rubber adhesive system, this tape delivers 100 pounds per inch of tensile strength in a 4 mil thick profile. The reinforced filament construction resists tearing and splitting under load, making it a reliable choice for securing packages, bundling materials, and palletizing lighter loads. At 0.5 inches wide and 60 yards per roll, it is sized for use with dispensers and handheld applicators commonly found in shipping and warehouse environments.

The RG300.39 fits into light-duty to medium-duty strapping workflows in distribution centers, manufacturing facilities, and contractor operations. Its natural color and rubber adhesive provide consistent tack across a range of clean, dry surfaces including cardboard, kraft paper, and smooth plastics. The filament reinforcement runs lengthwise through the tape, giving it directional strength well above standard box sealing tapes. This product is sold individually per roll with a minimum order of 6 rolls per purchase.

Key Features

• 100 lb/in tensile strength for secure bundling and box closing
• 4 mil total thickness with filament reinforcement throughout
• Rubber adhesive bonds reliably to cardboard, kraft, and smooth plastics
• Polyethylene foam tape material resists moisture and abrasion
• 0.5 inches wide by 60 yards per roll for compact dispenser use
• Natural color for clean, low-profile appearance on finished packages

Compatibility

Designed as a direct-fit filament strapping tape for box closing and bundling applications where a 0.5 inch wide, rubber-adhesive filament tape is specified.

Installation Notes

Apply to clean, dry surfaces free of dust, oil, and loose fibers for best adhesion. Use a compatible 0.5 inch tape dispenser or handheld filament tape applicator to ensure consistent tension and straight lay. Avoid overstretching during application, as filament reinforcement performs best when applied under controlled tension rather than stretched across irregular surfaces.