Eco-Friendly Exhibition Booth

Designed for Multiple Lifecycles

One Booth System, Recycled Materials from Plastic Waste

The solution separates the long-term structural components from the branded finishing elements, allowing the booth’s appearance to be refreshed for each campaign without rebuilding the entire booth.

Modular Structure

#866 Aluminum Frame

A modular structural framework that can be disassembled, transported, and reconfigured for future exhibitions and events.

Recycled Plastic Surfaces

Recycled plastic panels can be considered for flooring, tabletops, counters, and shelving—transforming plastic waste into functional elements with aesthetic value.

Selective Replacement

Only the components that need to be updated are replaced, while the existing frame, hardware, and suitable structural elements are retained to reduce the use of single-use materials.

Each material combination creates a distinctive surface, giving the booth a unique material character rather than making it feel like a temporary decorative layer.

From Waste to Branded Spaces

The C-series material is manufactured from 100% low-value recycled plastic waste in Vietnam. Certain product lines can be painted, polished, or color-coated; material properties and finishing options should be selected according to the intended application.

Key Benefits

Faster • More Cost-Effective • More Sustainable

A standard exhibition booth is not designed for a single exhibition alone. Instead, it can be developed as a reusable asset system capable of serving multiple events and campaigns.

1. FAST & EASY SETUP

Standardized modules and accessories streamline installation, dismantling, and packing, making the system suitable for exhibitions with short setup and teardown schedules.

2. COST SAVING

Reusing the aluminum frame, counters, and shelving while updating mainly the graphics or selected surfaces can reduce the costs associated with new production, storage, and post-event waste disposal.

3. SUSTAINABLE

Recycled materials extend the value of plastic waste, while a design based on disassembly and component-level replacement supports a more circular approach and reduces the use of single-use materials.

Technical Considerations

The use of recycled plastic panels for flooring, tables, counters, or shelving must be assessed based on panel thickness, supporting structure, load capacity, slip resistance, fire resistance, indoor/outdoor conditions, and the requirements of the event organizer.

Material dimensions, colors, and tolerances may vary depending on the product line and production batch.

Conclusion

An eco-friendly standard exhibition booth is more than a display solution for a single exhibition. It can be developed as a modular asset system designed for repeated use across multiple events and campaigns. Reusing the aluminum frame, incorporating recycled plastic materials, and replacing only the components that require updating can help businesses reduce the need for new materials, optimize investment costs, and minimize waste generated after each event.

With its flexible design, disassembly capability, and reconfigurability, this solution is well suited to businesses looking to improve the return on their exhibition booth investment while demonstrating a commitment to sustainable development.

However, the selection of materials for specific applications such as flooring, tables, counters, and shelving should be evaluated based on load capacity, durability, slip resistance, fire resistance, and actual operating conditions to ensure safety and compliance with the requirements of each event.