01 Increasing Adoption of Foam Tapes for Lightweight Multi-Material Assembly The market is shifting toward foam tapes as bonding and mounting solutions for applications that combine metals, plastics, glass, and composite materials. Their ability to accommodate surface irregularities, distribute stress, and provide cushioning allows manufacturers to reduce reliance on mechanical fasteners while supporting cleaner product designs. This is particularly relevant in automotive and electronics assembly, where component weight, appearance, and vibration control influence material selection. In May 2026, Nitto highlighted low-VOC double-sided adhesive technologies designed to bond foam, metal, and plastic substrates, supporting multi-material assembly requirements.
02 Growing Shift Toward Low-VOC and Solvent-Free Foam Tape Technologies Solvent-free acrylic technologies can maintain adhesion while lowering volatile organic compound emissions, making them more suitable for electronics, automotive interiors, and other applications where indoor air quality and manufacturing emissions are important considerations. In June 2025, Nitto reported a solvent-free acrylic double-coated tape using recycled polyester release liners, demonstrating the movement toward lower-VOC and reduced-emission adhesive construction.
01 Expansion of Automotive and Electronics Assembly Increases Demand for Foam Bonding Solutions Foam tapes support these requirements while enabling thinner assemblies and reducing the need for conventional fastening components. In June 2025, Nitto identified smartphone, tablet, wearable, and other electronic-device component fixing as applications for its thin, solvent-free adhesive tape technology.
01 Surface Preparation and Application Requirements Limit Foam Tape Adoption Foam tape performance depends on substrate condition, surface energy, temperature, pressure, and application technique, which can make bonding consistency difficult across different production environments. Contaminated or uneven surfaces can reduce adhesion and increase the need for cleaning, primers, controlled application pressure, or specialized formulations. These requirements can increase process complexity and restrict adoption where manufacturers need highly standardized assembly operations.
01 Expansion of Electric Vehicle Battery Assembly Creates New Foam Tape Applications Electric vehicle architectures create additional requirements for sealing, insulation, cushioning, component fixation, and protection around battery and electrical systems. Foam tapes can combine several of these functions within thin adhesive layers, creating opportunities for products engineered for dielectric performance, thermal exposure, moisture resistance, and long-term adhesion. Suppliers capable of developing application-specific solutions for battery assemblies can capture demand from the continued electrification of transportation.
01 Balancing Bonding Performance With Sustainability Requirements Increases Formulation Complexity Foam tape manufacturers must increasingly balance adhesion strength, durability, temperature resistance, emissions performance, and material sustainability within the same product. Reducing solvent content or incorporating recycled and bio-based materials can require changes to adhesive chemistry, carriers, liners, and manufacturing processes while maintaining required performance. This makes formulation development and qualification more demanding for high-performance applications.
July 2026 Tesa marked one year of its Debonding on Demand laboratory in Singapore, highlighting continued development of advanced adhesive and foam tape technologies for electronics, automotive, and industrial applications. The initiative supports sustainable bonding solutions and easier material separation.
May 2026 Tesa celebrated the topping-out ceremony for the expansion of its Offenburg manufacturing site in Germany. The investment will increase production capacity and strengthen the company's supply of industrial adhesive and foam tape solutions.