Medium Grade HVAC Metalized Cloth Duct Tape AC49 , 48 mm x 55 m, 24 Per Case

AC49 11 Mil Metalized Medium Grade Duct Tape is a premium duct tape designed for applications that require a high-quality cloth tape with the aesthetic appeal of a metalized backing. This tape features a metalized polyethylene (PE) film applied to a high tensile cloth, combined with an aggressive pressure-sensitive natural rubber adhesive. It is ideal for applications where durability, strength, and appearance are critical.

• Metalized Polyethylene Film: The metalized coating provides UV protection and blends seamlessly with bright finished ductwork, making it ideal for exposed applications.
• High Tensile Cloth Backing: The high tensile cloth backing ensures strength and durability, making it suitable for demanding tasks.
• Aggressive Adhesive: The natural rubber adhesive offers strong, immediate bonding to various surfaces, ensuring reliable and long-lasting performance.
• UV Resistance: The metalized coating helps protect the tape from UV degradation, extending its lifespan in outdoor and exposed environments.
• Easy Application: The tape tears easily by hand, allowing for quick and efficient use without the need for cutting tools.

Key Features:

• HVAC (heating, ventilation, and air conditioning) applications
• Metalized coating blends in with exposed ductwork
• Ideal for minor repairs on flexible duct and reflective insulation

Applications:

• Construction
• HVAC duct sealing
• Insulation
• Maintenance, repair, and operations (MRO)
• Original equipment manufacturing (OEM)
• Plumbing
• Refrigeration / electrical repair
• Rigid duct and sheet metal applications

Industries:

• Aerospace
• Auto aftermarket
• E-commerce
• Food processing
• General manufacturing
• HVAC
• Moving & storage
• Transportation

Usage and Maintenance: For optimal performance, apply the tape to clean and dry surfaces. Ensure proper positioning and press down firmly to achieve maximum adhesion. Regularly inspect the applied tape for signs of wear or damage, particularly in high-stress environments, and replace if necessary to maintain its protective and holding properties.