Specialized Trailers Manufacturer and ForzaTAPE T215 Case Study

Improving Trailer Appearance and Assembly Efficiency with Acrylic Foam Tape

A manufacturer of specialized trailers produces equipment designed for transporting heavy machinery in demanding environments. These trailers are engineered not only for durability and performance, but also for long-term reliability in harsh operating conditions.

One structural and aesthetic component of these trailers is the aluminum skin mounted along the exterior of the trailer body. These panels protect internal structural components while also providing the finished exterior appearance of the trailer.

Historically, these aluminum skins were attached using rows of mechanical fasteners. While this approach was widely used throughout the transportation industry, the manufacturer began exploring ways to improve both the appearance of the trailers and the efficiency of the assembly process.

After evaluating several bonding options—including liquid structural adhesives—the company ultimately transitioned to ForzaTAPE® T215, a high-performance acrylic foam tape designed for demanding bonding applications.

The Challenge

Mounting large aluminum panels to trailer structures presents several manufacturing and engineering considerations.

The original installation method relied on mechanical fasteners placed along the perimeter and structural supports of the aluminum skins. Although effective, this approach introduced several limitations.

Visible Attachment Points Mechanical fasteners require drilling through the aluminum panels, leaving visible rows of puncture points across the exterior surface of the trailer. While structurally sound, these attachment points affected the finished appearance of the product.

The manufacturer wanted to create a cleaner, more streamlined exterior surface while maintaining the durability required in heavy-duty transportation equipment.

Labor-Intensive Installation Installing mechanical fasteners requires drilling, aligning panels, and installing each fastener individually. When repeated across multiple panels, this process added significant time to trailer assembly.

Stress Concentration Each fastener concentrates load in a small localized area. In transportation environments where vibration and movement are constant, these concentrated stress points can contribute to fatigue around fastener holes over time.

The manufacturer began evaluating alternative joining methods that could simplify installation while improving both appearance and long-term durability.

The Solution: ForzaTAPE® T215

To address these challenges, Forza introduced ForzaTAPE® T215, a double-coated acrylic foam tape engineered for demanding industrial bonding applications.

T215 uses a soft, high-tack acrylic adhesive system designed to provide strong adhesion across a wide range of substrates, including both smooth and textured surfaces.

Unlike mechanical fasteners, acrylic foam tapes create a continuous bond between two surfaces. This distributes loads across the entire bonded area rather than concentrating stress at individual attachment points.

The tape also incorporates a viscoelastic foam core, which enables the bond to absorb vibration, mechanical stress, and movement that occur during trailer operation.

At 0.045 inches thick, the foam core can conform to slight variations between mating surfaces while maintaining strong contact between substrates.

From a manufacturing perspective, installation is straightforward. Technicians apply the tape to the component, position the aluminum skin, and apply pressure to achieve full contact between surfaces. This effectively reduces the process to peel, position, and apply pressure, eliminating drilling and fastener installation.

Results Achieved

After implementing ForzaTAPE® T215, the manufacturer experienced several improvements in both manufacturing efficiency and product design.

Cleaner Trailer Appearance Removing rows of mechanical fasteners eliminated visible puncture points across the aluminum panels, creating a smoother and more refined exterior surface.

Faster Assembly Process Because the tape could be applied quickly without drilling or installing hardware, technicians were able to mount exterior panels significantly faster during production.

Improved Load Distribution The continuous bond line created by the tape distributes stress across the bonded surface rather than concentrating loads at individual fasteners.

Vibration and Stress Absorption The viscoelastic foam structure allows the bond to absorb shock and vibration encountered during transportation, helping maintain long-term bond durability.

Why ForzaTAPE® T215 Performs

ForzaTAPE® T215 is a double-coated acrylic foam tape engineered for high-performance bonding in industrial environments.

Key performance characteristics include

• Viscoelastic foam structure that absorbs vibration and mechanical stress
• 90° peel adhesion of approximately 25 lb/in on stainless steel
• Dynamic shear strength of approximately 70 lb/in² (480 k Pa)

Operating temperatures from approximately 104°F to 300°F

Short-term temperature resistance up to approximately 392°F

The tape also offers strong resistance to solvents, plasticizers, and moisture, allowing it to maintain reliable performance in both indoor and outdoor applications.

The Lasting Impact

By transitioning from mechanical fasteners to ForzaTAPE® T215, the manufacturer was able to simplify panel installation while improving the visual quality of its trailers.

The change eliminated rows of visible fasteners, reduced assembly time, and created a durable bond capable of absorbing the vibration and environmental stresses common in transportation applications.

The project demonstrates how modern acrylic foam tapes can provide manufacturers with a faster and cleaner alternative to traditional fastening methods while maintaining the structural reliability required in heavy-duty equipment.