Secure outdoor items quickly and easily with Scotch-FIX Exterior Double-Sided Mounting Tape. Featuring advanced 3M adhesive technology, this weather-resistant tape provides a strong, permanent bond on metal, painted wood, finished wood, and acrylic surfaces. Designed to withstand harsh outdoor conditions, it offers reliable mounting without the need for nails, screws, or drilling.
Key Features:
• Heavy-Duty Outdoor Mounting: Designed for permanent outdoor mounting and repair applications.
• Strong Holding Power: Supports up to 5 kg, with approximately 1 kg of holding strength per 30 cm of tape.
• Weather & UV Resistant: Withstands rain, sunlight, and extreme temperatures from -35°C to 93°C.
• Advanced 3M Adhesive Technology: Features 100% adhesive construction for a reliable, long-lasting bond.
• No Tools Required: Eliminates the need for drilling, screws, nails, or additional mounting hardware.
• Multi-Surface Compatibility: Ideal for use on metal, painted surfaces, finished wood, acrylic, and other smooth surfaces.
• Flexible & Conformable Design: Easily adapts to various flat and smooth surfaces for secure mounting.
• Ideal for Outdoor Projects: Perfect for mounting mailboxes, outdoor signs, door kick plates, trellises, and decorative items.
• Quick & Easy Application: Simply clean the surface, apply the tape, and press firmly for a secure hold.
• Permanent Bond: Designed for long-term mounting applications and may cause damage if removed.
Specifications:
• Brand: Scotch-FIX™
• Product Type: Double-Sided Mounting Tape
• Dimensions: 19 mm x 1.5 m
• Color: Black
• Usage: Outdoor
• Maximum Holding Capacity: Up to 5 kg
• Temperature Resistance: -35°C to 93°C
• Application Temperature: 10°C to 40°C
• Weight: 0.0555 kg
• Package Dimensions: 13.5 x 9.5 x 2 cm
• EAN: 4054596685796
Application Tips:
• Ensure surfaces are flat, smooth, clean, and dry.
• Clean mounting surfaces with alcohol before application.
• Apply tape evenly and press firmly for at least 60 seconds.
• Not recommended for delicate, textured, or curved surfaces.