Guil TM440/2x1 - TM440 elemento da palco 2.000 x 1.000 mm | pannello multistrato spessore 21 mm | max.

Event technicians and stage builders rely on the GUIL TM440/2x1 when assembling professional staging for concerts, exhibitions, and outdoor festivals. This platform element measures 2000 x 1000 mm and features a 21 mm thick multiplex plywood panel with an anti-slip, water-resistant surface, making it suitable for both indoor and outdoor use. The extruded aluminum frame with integrated interlocking profiles ensures quick, secure modular assembly, while the edge protection adds durability during transport and setup.

Key specifications

• Platform dimensions: 2000 mm length x 1000 mm width
• Panel material: 21 mm thick multiplex plywood
• Frame material: extruded aluminum
• Surface finish: anti-slip and water-resistant
• Connection system: integrated interlocking profiles for modular assembly
• Compatibility: GUIL TM440 series legs and accessories
• Edge protection: aluminum profile

Why choose it

The TM440/2x1 combines robust construction with ease of handling. The thick multiplex panel provides a stable and durable surface, while the aluminum frame keeps the element lightweight yet strong. The interlocking system allows for rapid setup and teardown, saving valuable time during event production. Its weather-resistant properties make it a reliable choice for outdoor venues.

Ideal use cases

• Concert stages and festival platforms
• Trade show booths and exhibition stands
• Theater and performance stages
• Outdoor event flooring and walkways
• Modular stage systems for rental companies

Good to know

This platform element is part of the GUIL TM440 modular staging system, designed for professional heavy-duty use. It is compatible with a range of legs and accessories from the same series, allowing for flexible configurations. The anti-slip surface enhances safety for performers and crew, while the water-resistant finish protects against moisture. For optimal performance, follow the manufacturer's guidelines for assembly and load distribution.