BRADY M6-16-483 ultra-agressief acrylschuimtape, transparant, 1,0 mm

Where standard tapes fail on challenging surfaces, the BRADY M6-16-483 Ultra Aggressive Adhesive stands apart. Engineered with a viscoelastic acrylic foam core, it delivers high shear strength and conformability for permanent bonding of high and medium surface energy materials. The clear tape with red liner is ideal for demanding indoor and outdoor applications requiring excellent UV and water resistance.

Highlights

• Ultra aggressive acrylic adhesive on acrylic foam backing
• Excellent UV and water resistance for long-term outdoor use
• High shear strength and very high peel adhesion
• Conforms to irregular surfaces with high conformability
• Bonds HSE and MSE materials including metals, glass, and many plastics
• Clear tape with red release liner for easy application

In daily use

This tape excels in applications where a strong, permanent bond is required without mechanical fasteners. The viscoelastic foam absorbs stress and vibration, making it suitable for mounting signs, nameplates, and trim. It reaches full bond strength after 72 hours and can be applied in temperatures from 10°C to 38°C. Once bonded, it withstands long-term temperatures up to 93°C and short-term spikes up to 149°C.

Full specifications

• Adhesive type: Acrylic
• Backing material: Acrylic foam
• Tape thickness: 1.0 mm (0.040 in)
• Tape colour: Clear
• Liner colour: Red
• Long-term temperature resistance: 93°C (200°F)
• Short-term temperature resistance: 149°C (300°F)
• UV resistance: Excellent
• Water resistance: Excellent
• Shear strength: Very high
• Peel adhesion: Very high
• Application temperature range: 10°C to 38°C (50°F to 100°F)
• Full bond strength achieved: 72 hours
• Indoor/outdoor use: Yes
• Viscoelasticity: Yes
• Conformability: High
• Bonding capability: High Surface Energy (HSE) and Medium Surface Energy (MSE) materials
• Chemical resistance: Good

Final note

For professionals who demand a reliable, aggressive bonding solution that lasts, the BRADY M6-16-483 delivers performance across a wide range of environmental conditions.