Sustainable tape solutions in construction: Driving circularity and performance
Last update on Mar 30, 2026
The construction sector is under increasing pressure to reduce embodied and operational carbon, improve resource efficiency, and design for circularity. The attention often centers on major materials, such as concrete, steel, and insulation. However, smaller components, including tapes and adhesives, also significantly influence building performance.
Adhesive tapes enable sustainable, higher-performing buildings by supporting:
- airtight envelopes,
- moisture-resistant barriers, and
- recyclable protective films
These innovations help cut VOC emissions, improve energy efficiency, and advance circularity across the construction lifecycle. By replacing resource-intensive fasteners and traditional sealants, sustainable tapes streamline installation, reduce material use, and minimize on-site waste.
Their expanding role in modern construction demonstrates how even small components can deliver meaningful environmental gains. Thus, helping the industry lower carbon footprints. They also maintain the durability and performance essential to long-lasting, resilient structures.
Modern construction tapes support a wide range of sustainability-critical functions:
- Airtightness and weatherproofing: High-performance sealing tapes reduce uncontrolled air leakage, improving thermal efficiency and lowering energy demand.
- Moisture management: Vapor-control and facade tapes protect building envelopes from moisture ingress, extending the lifespan of insulation and structural components.
- Surface protection: Recyclable protective films and tapes prevent damage during installation and can be recovered or recycled after use.
- Lightweight bonding: Tapes replace screws, rivets, and mechanical fasteners, reducing material consumption and simplifying disassembly.
These functions align directly with the principles of circular construction, including durability, resource efficiency, and design for reuse.
In this article, Sreeparna Das, Sustainability Communications Consultant at Afera, provides insights into the innovations in adhesive tape technologies. She also shows how it supports circular construction while enhancing performance and compliance.
Circularity through material innovation
Sustainable tape solutions are advancing rapidly thanks to innovations in adhesives, backings, and manufacturing processes.
Bio-based and low-VOC adhesives
Manufacturers are adopting bio-based polymers derived from natural resins, starches, and other renewable feedstocks. These adhesives reduce reliance on fossil-based chemistries and help lower product carbon footprints (PCFs). Low-VOC and solvent-free formulations also support healthier indoor environments and reduce emissions during installation.
Recycled and mono-material backings
To support recyclability and reduce embodied carbon, tape backings are shifting towards:
- Recycled PET films
- FSC-certified paper
- Bio-based polyethylene
- Mono-material laminates that simplify end-of-life processing
Mono-material tapes are particularly important for circularity, as they avoid the mixed-material structures that complicate recycling.
Design for disassembly
Buildings are moving towards modular and reversible construction. As a result, tapes are being engineered for selective adhesion and clean removal. Detachable adhesive systems allow components to be separated without damage, enabling reuse or high-quality recycling.
Commercial examples of sustainable tape solutions
Several manufacturers are already advancing sustainable tape technologies, offering practical examples of how the industry is evolving. Here’s a look at some of them.
Company | Product/Range | Sustainability features | Primary applications |
| 3M | VHB™ tapes; low-VOC acrylic tapes | Solvent-free adhesives; recycled PET backings; reduced reliance on mechanical fasteners | Facades, cladding, glazing, interior fit-out |
| DuPont | Tyvek® tape range | High durability; optimized for long-life building envelopes; low emissions | Weather barriers, facade systems, roofing |
| H.B. Fuller | Construction adhesive tapes | Water-based and low-VOC adhesives; recyclable backings | Bonding, sealing, modular construction |
| Illbruck (Tremco CPG) | ME series airtightness tapes | Low-VOC adhesives; long-term durability; system-tested with membranes | Airtightness, window and facade sealing |
| Owens Corning | FOAMULAR® tape; system tapes | Designed for system compatibility; supports thermal performance | Insulation systems, joints, vapor control |
| Pro Clima | Tescon®, Contega®, Solido® | Low-emission adhesives; durable, moisture-managing backings | Timber construction, airtightness, moisture control |
| Saint-Gobain | CertainTeed & Weber tape systems | Low-emission adhesives; recyclable materials; system-level compatibility with insulation | Airtightness, facade systems, and insulation detailing |
| Siga | Wigluv®, Rissan®, Fentrim® | Solvent-free adhesives; recyclable packaging; passive-house certified | Airtightness, facade sealing, window installation |
| Soudal | Soudatape range | Solvent-free adhesives; recyclable packaging; high durability | Airtightness, vapor barriers, roofing membranes |
| Tesa | ecoLogo® range; Airtightness tapes | Bio-based adhesives; recycled backings; solvent-free production | Airtightness, vapor control, general construction |
Regulatory drivers: The revised Construction Products Regulation (CPR)
The revised Construction Products Regulation (EU) 2024/3110 is reshaping expectations for construction products across Europe, and tapes are no exception. The updated regulation is in force, with implementation phased in over several years. It aims to strengthen sustainability, transparency, and performance requirements.
Adopted in November 2024, the revised regulation introduces new essential characteristics related to environmental performance. Manufacturers must now provide data on:
- Durability and service life
- Recyclability and reparability
- Emissions during use
- Environmental impacts across the lifecycle
This pushes tape producers to adopt cleaner chemistries, recyclable materials, and more efficient manufacturing processes.
Digital product passports (DPPs)
A cornerstone of the revised CPR, Digital Product Passports will require construction products to carry standardized digital information on:
- Material composition
- Environmental performance
- Safe installation and use
- End-of-life instructions
For tapes, often used in hidden layers of the building envelope, DPPs will improve traceability and ensure compatibility with circular construction systems.
Stronger market surveillance
The CPR revision expands obligations for manufacturers, importers, and distributors. Claims related to sustainability, recyclability, and emissions must be verifiable and supported by harmonized standards. This will reward companies that invest in transparent data and third-party verification.
PCFs and EPDs: Quantifying environmental performance
As sustainability becomes a procurement priority, transparent environmental data is essential. The following metrics are particularly relevant for tape manufacturers.
Product carbon footprint (PCFs)
PCFs quantify greenhouse gas emissions across a product’s lifecycle, from raw materials to manufacturing, transport, use, and end-of-life. For tapes, PCFs highlight the impact of:
- Adhesive chemistry
- Backing materials
- Solvent use
- Energy-intensive curing processes
- Packaging and logistics
Environmental product declarations (EPDs)
EPDs provide standardized, third-party-verified environmental data based on lifecycle assessment (LCA). They are increasingly required in green building certifications and public procurement.
For tape solutions, EPDs help specifiers compare products on:
- Global warming potential
- Resource use
- Waste generation
- Emissions to air and water
Afera, the European Adhesive Tape Association, and IVK, the German Adhesives Association, recognized the need for harmonized and transparent environmental data available and collaborated to develop an industry-first PCF calculation tool for adhesives and tapes.
Launched in May 2025, Tape and Adhesives Calculation Kit (TACK) provides a standardized, user-friendly solution, backed by ISO standards, TfS guidelines, and third-party verification. TACK equips manufacturers to meet evolving European regulatory requirements, where PCF data is becoming essential for environmental compliance.
Also, under the revised CPR, construction products will be required to report Global Warming Potential (GWP) using the EN 15804 methodology. Delegated acts are expected to begin applying from 2026, making GWP (A1-A3) one of the first mandatory environmental indicators for market access and Digital Product Passports.
Ongoing work within Afera’s Flagship Sustainability Project (AFSP) includes exploring how future iterations of TACK could support the generation of EPDs for adhesives and tapes. More updates on this topic are expected in 2026. In addition to PCFs and EPDs, Product Environmental Footprints (PEFs) are gaining prominence as the EU moves towards harmonized lifecycle‑based metrics. PEFs assess a wider range of environmental impacts across 16 categories, offering a more comprehensive view of a product’s sustainability profile.
A path forward: Tapes as enablers of circular construction
As the construction industry accelerates towards net-zero and circularity, adhesive tapes will play an increasingly strategic role. Their ability to enhance building performance, reduce waste, and support reversible construction makes them essential components of modern, sustainable design.
The revised CPR, combined with growing demand for PCFs, EPDs, and transparent sustainability data, is pushing manufacturers to innovate faster and more responsibly. Those that invest early in sustainable chemistries, recyclable materials, and verifiable environmental performance will be best positioned to lead.
In a sector where every component matters, sustainable tape solutions demonstrate how small innovations can drive big change. This helps the industry build structures that are efficient, resilient, and ready for a circular future.
DISCLAIMER: All images and tables used in this article are copyright of Afera.