3M 06384 Automotive Acrylic Plus Attachment Tape

Description

3M 06384 Automotive Acrylic Plus Attachment Tape

Product Overview

The 3M 06384 Automotive Acrylic Plus Attachment Tape delivers professional-grade bonding power for a wide range of automotive applications. 3M designed this double-sided tape with advanced acrylic foam technology, ensuring durability and strength. Auto body shops, detailers, and DIY enthusiasts trust it for attaching trim, moldings, and emblems because it provides a secure and lasting hold.

Strong and Durable Bond

Unlike ordinary adhesive tapes, the 3M 06384 is specifically formulated to withstand demanding automotive conditions. In addition, its acrylic foam core absorbs stress, distributing it evenly across the bonded surface. As a result, the tape resists lifting, peeling, and failure even when exposed to heat, cold, or heavy vibration. Furthermore, it remains reliable in high-humidity environments, which makes it ideal for both interior and exterior use.

Easy Application

Applying the tape is simple and efficient. Each roll comes with a red release liner that makes handling quick and clean. Moreover, the tape conforms to irregular surfaces, allowing it to bond securely even on textured or curved areas. With no need for drilling or mechanical fasteners, you can install parts faster and preserve the vehicle’s factory look.

Versatile Uses

The 3M 06384 is versatile enough for multiple applications. It is commonly used for:

• Attaching body side moldings

• Securing rocker panel trim

• Mounting wheel flares and emblems

• Repairing or replacing exterior trim pieces

In addition, it can be used in both OEM production and aftermarket repairs, making it a cost-effective solution for professionals and car owners alike.

Why Choose 3M 06384?

When you need a bonding solution that is strong, weather-resistant, and easy to apply, the 3M 06384 Automotive Acrylic Plus Attachment Tape is a dependable choice. It delivers consistent results, maintains durability over time, and provides excellent value compared to mechanical fasteners.