Custom Exhibition High Peak Frame Tent Pagoda Replacement Canopy Pavilion
Outdoor aluminium frame pagoda combinations are now widely used for outdoor events and show activities. In this project, the event in pagodas gives the spectators an innovative and impressive experience. The high quality pavilion canopy tent combination is perfect for outdoor exhibition venue. The event pagoda allows the event organizer to flexibly segment the space as tent booth.
In this tent project, the aluminum pagoda event marquee is fixed using expansion screws, wanna know more about the tent fixing solution...
| Roof Style: | German Style | Tent Materials: | Hard extruded aluminum alloy (framework) |
| Tent Size: | 4x4m / 5x5m / 6x6m | Polyester textile fabric cover (top and wall) | |
| Side Height: | 2.4m | Galvanized steel (connecting parts) | |
| Top Height: | 4.4m / 5.0m / 5.3m | Tent Configurations: | Aluminum framework |
| Bay Distance: | / | Fabric roof cover | |
| Longest Part: | 4m / 5m / 6m | Tent Packaging: | Membrane film for long aluminum parts |
| Roof Pitch: | 20° | PVC bags for fabric parts | |
| Main Profile: | 100 x 48 x 3mm | Steel cages for steel parts | |
| Gable Post Profile: | / | Tent Fixing Solution: | Expansion screws for concrete ground (standard) |
| Purlin Profile: | 40 x 40 x 2mm / 60 x 60 x 2mm | Steel peg nails for soft grass/sand land (optional) | |
| Hang Tube Profile: | / | Weight Load Plate for undamagable ground (optional) | |
| Snow Load: | 0~50mm thick | Installation Support: | Installation instructional manual & video |
| Wind Load: | 0.3kN/m2 | On-site installation guide | |
| Tent Gross Weight: | 202kgs / 221kgs / 253kgs | Factory installation training | |
| Tent Total Volume: | 0.35cbm / 0.401cbm / 0.498cbm | Free Tools Configured: | Spanner, Hammers, Scaffolds(Optional) |
| Tent Lifespan: | Aluminum part ≥ 10~15 years | Setup Time: | 4 people 0.5 hour |
| PVC fabri ≥ 3~5years | Tent HS code: | 6306220990 |
German style? French style? Not sure which style you would like to go ahead? Click here to find out the dif
